*SPEF "ieee 1481-1999"
*DESIGN "chip_io"
*DATE "11:11:11 Fri 11 11, 1111"
*VENDOR "OpenRCX"
*PROGRAM "Parallel Extraction"
*VERSION "1.0"
*DESIGN_FLOW "NAME_SCOPE LOCAL" "PIN_CAP NONE"
*DIVIDER /
*DELIMITER :
*BUS_DELIMITER []
*T_UNIT 1 NS
*C_UNIT 1 PF
*R_UNIT 1 OHM
*L_UNIT 1 HENRY

*NAME_MAP
*1 clock
*2 clock_core
*3 por
*4 flash_clk
*5 flash_clk_core
*6 flash_clk_oeb_core
*7 flash_csb
*8 flash_csb_core
*9 flash_csb_oeb_core
*10 flash_io0
*11 flash_io0_di_core
*12 flash_io0_do_core
*13 flash_io0_ieb_core
*14 flash_io0_oeb_core
*15 flash_io1
*16 flash_io1_di_core
*17 flash_io1_do_core
*18 flash_io1_ieb_core
*19 flash_io1_oeb_core
*20 gpio
*21 gpio_in_core
*22 gpio_inenb_core
*23 gpio_mode0_core
*24 gpio_mode1_core
*25 gpio_out_core
*26 gpio_outenb_core
*27 vccd_pad
*28 vdda_pad
*29 vddio_pad
*30 vddio_pad2
*31 vssa_pad
*32 vssd_pad
*33 vssio_pad
*34 vssio_pad2
*35 mprj_io[0]
*36 mprj_io_analog_en[0]
*37 mprj_io_analog_pol[0]
*38 mprj_io_analog_sel[0]
*39 mprj_io_dm[0]
*40 mprj_io_dm[1]
*41 mprj_io_dm[2]
*42 mprj_io_holdover[0]
*43 mprj_io_ib_mode_sel[0]
*44 mprj_io_inp_dis[0]
*45 mprj_io_oeb[0]
*46 mprj_io_out[0]
*47 mprj_io_slow_sel[0]
*48 mprj_io_vtrip_sel[0]
*49 mprj_io_in[0]
*50 mprj_analog_io[3]
*51 mprj_io[10]
*52 mprj_io_analog_en[10]
*53 mprj_io_analog_pol[10]
*54 mprj_io_analog_sel[10]
*55 mprj_io_dm[30]
*56 mprj_io_dm[31]
*57 mprj_io_dm[32]
*58 mprj_io_holdover[10]
*59 mprj_io_ib_mode_sel[10]
*60 mprj_io_inp_dis[10]
*61 mprj_io_oeb[10]
*62 mprj_io_out[10]
*63 mprj_io_slow_sel[10]
*64 mprj_io_vtrip_sel[10]
*65 mprj_io_in[10]
*66 mprj_analog_io[4]
*67 mprj_io[11]
*68 mprj_io_analog_en[11]
*69 mprj_io_analog_pol[11]
*70 mprj_io_analog_sel[11]
*71 mprj_io_dm[33]
*72 mprj_io_dm[34]
*73 mprj_io_dm[35]
*74 mprj_io_holdover[11]
*75 mprj_io_ib_mode_sel[11]
*76 mprj_io_inp_dis[11]
*77 mprj_io_oeb[11]
*78 mprj_io_out[11]
*79 mprj_io_slow_sel[11]
*80 mprj_io_vtrip_sel[11]
*81 mprj_io_in[11]
*82 mprj_analog_io[5]
*83 mprj_io[12]
*84 mprj_io_analog_en[12]
*85 mprj_io_analog_pol[12]
*86 mprj_io_analog_sel[12]
*87 mprj_io_dm[36]
*88 mprj_io_dm[37]
*89 mprj_io_dm[38]
*90 mprj_io_holdover[12]
*91 mprj_io_ib_mode_sel[12]
*92 mprj_io_inp_dis[12]
*93 mprj_io_oeb[12]
*94 mprj_io_out[12]
*95 mprj_io_slow_sel[12]
*96 mprj_io_vtrip_sel[12]
*97 mprj_io_in[12]
*98 mprj_analog_io[6]
*99 mprj_io[13]
*100 mprj_io_analog_en[13]
*101 mprj_io_analog_pol[13]
*102 mprj_io_analog_sel[13]
*103 mprj_io_dm[39]
*104 mprj_io_dm[40]
*105 mprj_io_dm[41]
*106 mprj_io_holdover[13]
*107 mprj_io_ib_mode_sel[13]
*108 mprj_io_inp_dis[13]
*109 mprj_io_oeb[13]
*110 mprj_io_out[13]
*111 mprj_io_slow_sel[13]
*112 mprj_io_vtrip_sel[13]
*113 mprj_io_in[13]
*114 mprj_analog_io[7]
*115 mprj_io[14]
*116 mprj_io_analog_en[14]
*117 mprj_io_analog_pol[14]
*118 mprj_io_analog_sel[14]
*119 mprj_io_dm[42]
*120 mprj_io_dm[43]
*121 mprj_io_dm[44]
*122 mprj_io_holdover[14]
*123 mprj_io_ib_mode_sel[14]
*124 mprj_io_inp_dis[14]
*125 mprj_io_oeb[14]
*126 mprj_io_out[14]
*127 mprj_io_slow_sel[14]
*128 mprj_io_vtrip_sel[14]
*129 mprj_io_in[14]
*130 mprj_analog_io[8]
*131 mprj_io[15]
*132 mprj_io_analog_en[15]
*133 mprj_io_analog_pol[15]
*134 mprj_io_analog_sel[15]
*135 mprj_io_dm[45]
*136 mprj_io_dm[46]
*137 mprj_io_dm[47]
*138 mprj_io_holdover[15]
*139 mprj_io_ib_mode_sel[15]
*140 mprj_io_inp_dis[15]
*141 mprj_io_oeb[15]
*142 mprj_io_out[15]
*143 mprj_io_slow_sel[15]
*144 mprj_io_vtrip_sel[15]
*145 mprj_io_in[15]
*146 mprj_analog_io[9]
*147 mprj_io[16]
*148 mprj_io_analog_en[16]
*149 mprj_io_analog_pol[16]
*150 mprj_io_analog_sel[16]
*151 mprj_io_dm[48]
*152 mprj_io_dm[49]
*153 mprj_io_dm[50]
*154 mprj_io_holdover[16]
*155 mprj_io_ib_mode_sel[16]
*156 mprj_io_inp_dis[16]
*157 mprj_io_oeb[16]
*158 mprj_io_out[16]
*159 mprj_io_slow_sel[16]
*160 mprj_io_vtrip_sel[16]
*161 mprj_io_in[16]
*162 mprj_analog_io[10]
*163 mprj_io[17]
*164 mprj_io_analog_en[17]
*165 mprj_io_analog_pol[17]
*166 mprj_io_analog_sel[17]
*167 mprj_io_dm[51]
*168 mprj_io_dm[52]
*169 mprj_io_dm[53]
*170 mprj_io_holdover[17]
*171 mprj_io_ib_mode_sel[17]
*172 mprj_io_inp_dis[17]
*173 mprj_io_oeb[17]
*174 mprj_io_out[17]
*175 mprj_io_slow_sel[17]
*176 mprj_io_vtrip_sel[17]
*177 mprj_io_in[17]
*178 mprj_analog_io[11]
*179 mprj_io[18]
*180 mprj_io_analog_en[18]
*181 mprj_io_analog_pol[18]
*182 mprj_io_analog_sel[18]
*183 mprj_io_dm[54]
*184 mprj_io_dm[55]
*185 mprj_io_dm[56]
*186 mprj_io_holdover[18]
*187 mprj_io_ib_mode_sel[18]
*188 mprj_io_inp_dis[18]
*189 mprj_io_oeb[18]
*190 mprj_io_out[18]
*191 mprj_io_slow_sel[18]
*192 mprj_io_vtrip_sel[18]
*193 mprj_io_in[18]
*194 mprj_io[1]
*195 mprj_io_analog_en[1]
*196 mprj_io_analog_pol[1]
*197 mprj_io_analog_sel[1]
*198 mprj_io_dm[3]
*199 mprj_io_dm[4]
*200 mprj_io_dm[5]
*201 mprj_io_holdover[1]
*202 mprj_io_ib_mode_sel[1]
*203 mprj_io_inp_dis[1]
*204 mprj_io_oeb[1]
*205 mprj_io_out[1]
*206 mprj_io_slow_sel[1]
*207 mprj_io_vtrip_sel[1]
*208 mprj_io_in[1]
*209 mprj_io[2]
*210 mprj_io_analog_en[2]
*211 mprj_io_analog_pol[2]
*212 mprj_io_analog_sel[2]
*213 mprj_io_dm[6]
*214 mprj_io_dm[7]
*215 mprj_io_dm[8]
*216 mprj_io_holdover[2]
*217 mprj_io_ib_mode_sel[2]
*218 mprj_io_inp_dis[2]
*219 mprj_io_oeb[2]
*220 mprj_io_out[2]
*221 mprj_io_slow_sel[2]
*222 mprj_io_vtrip_sel[2]
*223 mprj_io_in[2]
*224 mprj_io[3]
*225 mprj_io_analog_en[3]
*226 mprj_io_analog_pol[3]
*227 mprj_io_analog_sel[3]
*228 mprj_io_dm[10]
*229 mprj_io_dm[11]
*230 mprj_io_dm[9]
*231 mprj_io_holdover[3]
*232 mprj_io_ib_mode_sel[3]
*233 mprj_io_inp_dis[3]
*234 mprj_io_oeb[3]
*235 mprj_io_out[3]
*236 mprj_io_slow_sel[3]
*237 mprj_io_vtrip_sel[3]
*238 mprj_io_in[3]
*239 mprj_io[4]
*240 mprj_io_analog_en[4]
*241 mprj_io_analog_pol[4]
*242 mprj_io_analog_sel[4]
*243 mprj_io_dm[12]
*244 mprj_io_dm[13]
*245 mprj_io_dm[14]
*246 mprj_io_holdover[4]
*247 mprj_io_ib_mode_sel[4]
*248 mprj_io_inp_dis[4]
*249 mprj_io_oeb[4]
*250 mprj_io_out[4]
*251 mprj_io_slow_sel[4]
*252 mprj_io_vtrip_sel[4]
*253 mprj_io_in[4]
*254 mprj_io[5]
*255 mprj_io_analog_en[5]
*256 mprj_io_analog_pol[5]
*257 mprj_io_analog_sel[5]
*258 mprj_io_dm[15]
*259 mprj_io_dm[16]
*260 mprj_io_dm[17]
*261 mprj_io_holdover[5]
*262 mprj_io_ib_mode_sel[5]
*263 mprj_io_inp_dis[5]
*264 mprj_io_oeb[5]
*265 mprj_io_out[5]
*266 mprj_io_slow_sel[5]
*267 mprj_io_vtrip_sel[5]
*268 mprj_io_in[5]
*269 mprj_io[6]
*270 mprj_io_analog_en[6]
*271 mprj_io_analog_pol[6]
*272 mprj_io_analog_sel[6]
*273 mprj_io_dm[18]
*274 mprj_io_dm[19]
*275 mprj_io_dm[20]
*276 mprj_io_holdover[6]
*277 mprj_io_ib_mode_sel[6]
*278 mprj_io_inp_dis[6]
*279 mprj_io_oeb[6]
*280 mprj_io_out[6]
*281 mprj_io_slow_sel[6]
*282 mprj_io_vtrip_sel[6]
*283 mprj_io_in[6]
*284 mprj_analog_io[0]
*285 mprj_io[7]
*286 mprj_io_analog_en[7]
*287 mprj_io_analog_pol[7]
*288 mprj_io_analog_sel[7]
*289 mprj_io_dm[21]
*290 mprj_io_dm[22]
*291 mprj_io_dm[23]
*292 mprj_io_holdover[7]
*293 mprj_io_ib_mode_sel[7]
*294 mprj_io_inp_dis[7]
*295 mprj_io_oeb[7]
*296 mprj_io_out[7]
*297 mprj_io_slow_sel[7]
*298 mprj_io_vtrip_sel[7]
*299 mprj_io_in[7]
*300 mprj_analog_io[1]
*301 mprj_io[8]
*302 mprj_io_analog_en[8]
*303 mprj_io_analog_pol[8]
*304 mprj_io_analog_sel[8]
*305 mprj_io_dm[24]
*306 mprj_io_dm[25]
*307 mprj_io_dm[26]
*308 mprj_io_holdover[8]
*309 mprj_io_ib_mode_sel[8]
*310 mprj_io_inp_dis[8]
*311 mprj_io_oeb[8]
*312 mprj_io_out[8]
*313 mprj_io_slow_sel[8]
*314 mprj_io_vtrip_sel[8]
*315 mprj_io_in[8]
*316 mprj_analog_io[2]
*317 mprj_io[9]
*318 mprj_io_analog_en[9]
*319 mprj_io_analog_pol[9]
*320 mprj_io_analog_sel[9]
*321 mprj_io_dm[27]
*322 mprj_io_dm[28]
*323 mprj_io_dm[29]
*324 mprj_io_holdover[9]
*325 mprj_io_ib_mode_sel[9]
*326 mprj_io_inp_dis[9]
*327 mprj_io_oeb[9]
*328 mprj_io_out[9]
*329 mprj_io_slow_sel[9]
*330 mprj_io_vtrip_sel[9]
*331 mprj_io_in[9]
*332 mprj_analog_io[12]
*333 mprj_io[19]
*334 mprj_io_analog_en[19]
*335 mprj_io_analog_pol[19]
*336 mprj_io_analog_sel[19]
*337 mprj_io_dm[57]
*338 mprj_io_dm[58]
*339 mprj_io_dm[59]
*340 mprj_io_holdover[19]
*341 mprj_io_ib_mode_sel[19]
*342 mprj_io_inp_dis[19]
*343 mprj_io_oeb[19]
*344 mprj_io_out[19]
*345 mprj_io_slow_sel[19]
*346 mprj_io_vtrip_sel[19]
*347 mprj_io_in[19]
*348 mprj_analog_io[22]
*349 mprj_io[29]
*350 mprj_io_analog_en[29]
*351 mprj_io_analog_pol[29]
*352 mprj_io_analog_sel[29]
*353 mprj_io_dm[87]
*354 mprj_io_dm[88]
*355 mprj_io_dm[89]
*356 mprj_io_holdover[29]
*357 mprj_io_ib_mode_sel[29]
*358 mprj_io_inp_dis[29]
*359 mprj_io_oeb[29]
*360 mprj_io_out[29]
*361 mprj_io_slow_sel[29]
*362 mprj_io_vtrip_sel[29]
*363 mprj_io_in[29]
*364 mprj_analog_io[23]
*365 mprj_io[30]
*366 mprj_io_analog_en[30]
*367 mprj_io_analog_pol[30]
*368 mprj_io_analog_sel[30]
*369 mprj_io_dm[90]
*370 mprj_io_dm[91]
*371 mprj_io_dm[92]
*372 mprj_io_holdover[30]
*373 mprj_io_ib_mode_sel[30]
*374 mprj_io_inp_dis[30]
*375 mprj_io_oeb[30]
*376 mprj_io_out[30]
*377 mprj_io_slow_sel[30]
*378 mprj_io_vtrip_sel[30]
*379 mprj_io_in[30]
*380 mprj_analog_io[24]
*381 mprj_io[31]
*382 mprj_io_analog_en[31]
*383 mprj_io_analog_pol[31]
*384 mprj_io_analog_sel[31]
*385 mprj_io_dm[93]
*386 mprj_io_dm[94]
*387 mprj_io_dm[95]
*388 mprj_io_holdover[31]
*389 mprj_io_ib_mode_sel[31]
*390 mprj_io_inp_dis[31]
*391 mprj_io_oeb[31]
*392 mprj_io_out[31]
*393 mprj_io_slow_sel[31]
*394 mprj_io_vtrip_sel[31]
*395 mprj_io_in[31]
*396 mprj_analog_io[25]
*397 mprj_io[32]
*398 mprj_io_analog_en[32]
*399 mprj_io_analog_pol[32]
*400 mprj_io_analog_sel[32]
*401 mprj_io_dm[96]
*402 mprj_io_dm[97]
*403 mprj_io_dm[98]
*404 mprj_io_holdover[32]
*405 mprj_io_ib_mode_sel[32]
*406 mprj_io_inp_dis[32]
*407 mprj_io_oeb[32]
*408 mprj_io_out[32]
*409 mprj_io_slow_sel[32]
*410 mprj_io_vtrip_sel[32]
*411 mprj_io_in[32]
*412 mprj_analog_io[26]
*413 mprj_io[33]
*414 mprj_io_analog_en[33]
*415 mprj_io_analog_pol[33]
*416 mprj_io_analog_sel[33]
*417 mprj_io_dm[100]
*418 mprj_io_dm[101]
*419 mprj_io_dm[99]
*420 mprj_io_holdover[33]
*421 mprj_io_ib_mode_sel[33]
*422 mprj_io_inp_dis[33]
*423 mprj_io_oeb[33]
*424 mprj_io_out[33]
*425 mprj_io_slow_sel[33]
*426 mprj_io_vtrip_sel[33]
*427 mprj_io_in[33]
*428 mprj_analog_io[27]
*429 mprj_io[34]
*430 mprj_io_analog_en[34]
*431 mprj_io_analog_pol[34]
*432 mprj_io_analog_sel[34]
*433 mprj_io_dm[102]
*434 mprj_io_dm[103]
*435 mprj_io_dm[104]
*436 mprj_io_holdover[34]
*437 mprj_io_ib_mode_sel[34]
*438 mprj_io_inp_dis[34]
*439 mprj_io_oeb[34]
*440 mprj_io_out[34]
*441 mprj_io_slow_sel[34]
*442 mprj_io_vtrip_sel[34]
*443 mprj_io_in[34]
*444 mprj_analog_io[28]
*445 mprj_io[35]
*446 mprj_io_analog_en[35]
*447 mprj_io_analog_pol[35]
*448 mprj_io_analog_sel[35]
*449 mprj_io_dm[105]
*450 mprj_io_dm[106]
*451 mprj_io_dm[107]
*452 mprj_io_holdover[35]
*453 mprj_io_ib_mode_sel[35]
*454 mprj_io_inp_dis[35]
*455 mprj_io_oeb[35]
*456 mprj_io_out[35]
*457 mprj_io_slow_sel[35]
*458 mprj_io_vtrip_sel[35]
*459 mprj_io_in[35]
*460 mprj_io[36]
*461 mprj_io_analog_en[36]
*462 mprj_io_analog_pol[36]
*463 mprj_io_analog_sel[36]
*464 mprj_io_dm[108]
*465 mprj_io_dm[109]
*466 mprj_io_dm[110]
*467 mprj_io_holdover[36]
*468 mprj_io_ib_mode_sel[36]
*469 mprj_io_inp_dis[36]
*470 mprj_io_oeb[36]
*471 mprj_io_out[36]
*472 mprj_io_slow_sel[36]
*473 mprj_io_vtrip_sel[36]
*474 mprj_io_in[36]
*475 mprj_io[37]
*476 mprj_io_analog_en[37]
*477 mprj_io_analog_pol[37]
*478 mprj_io_analog_sel[37]
*479 mprj_io_dm[111]
*480 mprj_io_dm[112]
*481 mprj_io_dm[113]
*482 mprj_io_holdover[37]
*483 mprj_io_ib_mode_sel[37]
*484 mprj_io_inp_dis[37]
*485 mprj_io_oeb[37]
*486 mprj_io_out[37]
*487 mprj_io_slow_sel[37]
*488 mprj_io_vtrip_sel[37]
*489 mprj_io_in[37]
*490 mprj_analog_io[13]
*491 mprj_io[20]
*492 mprj_io_analog_en[20]
*493 mprj_io_analog_pol[20]
*494 mprj_io_analog_sel[20]
*495 mprj_io_dm[60]
*496 mprj_io_dm[61]
*497 mprj_io_dm[62]
*498 mprj_io_holdover[20]
*499 mprj_io_ib_mode_sel[20]
*500 mprj_io_inp_dis[20]
*501 mprj_io_oeb[20]
*502 mprj_io_out[20]
*503 mprj_io_slow_sel[20]
*504 mprj_io_vtrip_sel[20]
*505 mprj_io_in[20]
*506 mprj_analog_io[14]
*507 mprj_io[21]
*508 mprj_io_analog_en[21]
*509 mprj_io_analog_pol[21]
*510 mprj_io_analog_sel[21]
*511 mprj_io_dm[63]
*512 mprj_io_dm[64]
*513 mprj_io_dm[65]
*514 mprj_io_holdover[21]
*515 mprj_io_ib_mode_sel[21]
*516 mprj_io_inp_dis[21]
*517 mprj_io_oeb[21]
*518 mprj_io_out[21]
*519 mprj_io_slow_sel[21]
*520 mprj_io_vtrip_sel[21]
*521 mprj_io_in[21]
*522 mprj_analog_io[15]
*523 mprj_io[22]
*524 mprj_io_analog_en[22]
*525 mprj_io_analog_pol[22]
*526 mprj_io_analog_sel[22]
*527 mprj_io_dm[66]
*528 mprj_io_dm[67]
*529 mprj_io_dm[68]
*530 mprj_io_holdover[22]
*531 mprj_io_ib_mode_sel[22]
*532 mprj_io_inp_dis[22]
*533 mprj_io_oeb[22]
*534 mprj_io_out[22]
*535 mprj_io_slow_sel[22]
*536 mprj_io_vtrip_sel[22]
*537 mprj_io_in[22]
*538 mprj_analog_io[16]
*539 mprj_io[23]
*540 mprj_io_analog_en[23]
*541 mprj_io_analog_pol[23]
*542 mprj_io_analog_sel[23]
*543 mprj_io_dm[69]
*544 mprj_io_dm[70]
*545 mprj_io_dm[71]
*546 mprj_io_holdover[23]
*547 mprj_io_ib_mode_sel[23]
*548 mprj_io_inp_dis[23]
*549 mprj_io_oeb[23]
*550 mprj_io_out[23]
*551 mprj_io_slow_sel[23]
*552 mprj_io_vtrip_sel[23]
*553 mprj_io_in[23]
*554 mprj_analog_io[17]
*555 mprj_io[24]
*556 mprj_io_analog_en[24]
*557 mprj_io_analog_pol[24]
*558 mprj_io_analog_sel[24]
*559 mprj_io_dm[72]
*560 mprj_io_dm[73]
*561 mprj_io_dm[74]
*562 mprj_io_holdover[24]
*563 mprj_io_ib_mode_sel[24]
*564 mprj_io_inp_dis[24]
*565 mprj_io_oeb[24]
*566 mprj_io_out[24]
*567 mprj_io_slow_sel[24]
*568 mprj_io_vtrip_sel[24]
*569 mprj_io_in[24]
*570 mprj_analog_io[18]
*571 mprj_io[25]
*572 mprj_io_analog_en[25]
*573 mprj_io_analog_pol[25]
*574 mprj_io_analog_sel[25]
*575 mprj_io_dm[75]
*576 mprj_io_dm[76]
*577 mprj_io_dm[77]
*578 mprj_io_holdover[25]
*579 mprj_io_ib_mode_sel[25]
*580 mprj_io_inp_dis[25]
*581 mprj_io_oeb[25]
*582 mprj_io_out[25]
*583 mprj_io_slow_sel[25]
*584 mprj_io_vtrip_sel[25]
*585 mprj_io_in[25]
*586 mprj_analog_io[19]
*587 mprj_io[26]
*588 mprj_io_analog_en[26]
*589 mprj_io_analog_pol[26]
*590 mprj_io_analog_sel[26]
*591 mprj_io_dm[78]
*592 mprj_io_dm[79]
*593 mprj_io_dm[80]
*594 mprj_io_holdover[26]
*595 mprj_io_ib_mode_sel[26]
*596 mprj_io_inp_dis[26]
*597 mprj_io_oeb[26]
*598 mprj_io_out[26]
*599 mprj_io_slow_sel[26]
*600 mprj_io_vtrip_sel[26]
*601 mprj_io_in[26]
*602 mprj_analog_io[20]
*603 mprj_io[27]
*604 mprj_io_analog_en[27]
*605 mprj_io_analog_pol[27]
*606 mprj_io_analog_sel[27]
*607 mprj_io_dm[81]
*608 mprj_io_dm[82]
*609 mprj_io_dm[83]
*610 mprj_io_holdover[27]
*611 mprj_io_ib_mode_sel[27]
*612 mprj_io_inp_dis[27]
*613 mprj_io_oeb[27]
*614 mprj_io_out[27]
*615 mprj_io_slow_sel[27]
*616 mprj_io_vtrip_sel[27]
*617 mprj_io_in[27]
*618 mprj_analog_io[21]
*619 mprj_io[28]
*620 mprj_io_analog_en[28]
*621 mprj_io_analog_pol[28]
*622 mprj_io_analog_sel[28]
*623 mprj_io_dm[84]
*624 mprj_io_dm[85]
*625 mprj_io_dm[86]
*626 mprj_io_holdover[28]
*627 mprj_io_ib_mode_sel[28]
*628 mprj_io_inp_dis[28]
*629 mprj_io_oeb[28]
*630 mprj_io_out[28]
*631 mprj_io_slow_sel[28]
*632 mprj_io_vtrip_sel[28]
*633 mprj_io_in[28]
*634 resetb
*635 vdda
*636 vssa
*637 vccd1_pad
*638 vdda1_pad
*639 vdda1_pad2
*640 vssa1_pad
*641 vssa1_pad2
*642 vdda1
*643 vssa1
*644 vssd1_pad
*645 vccd2_pad
*646 vdda2_pad
*647 vssa2_pad
*648 vccd
*649 vdda2
*650 vddio
*651 vssa2
*652 vssd2_pad
*653 vssio
*654 vssd
*655 resetb_core_h
*656 vssd2
*657 vccd2
*658 vssd1
*659 vccd1
*660 flash_clk_ieb_core
*661 flash_csb_ieb_core
*662 mgmt_corner\[0\]
*663 FILLER_170
*664 FILLER_374
*665 FILLER_171
*666 FILLER_172
*667 FILLER_174
*668 FILLER_173
*669 bus_tie_3
*670 bus_tie_2
*671 bus_tie_1
*672 FILLER_181
*673 bus_tie_6
*674 bus_tie_5
*675 bus_tie_4
*676 FILLER_182
*677 FILLER_183
*678 FILLER_185
*679 FILLER_184
*680 mgmt_vssa_hvclamp_pad
*681 FILLER_187
*682 FILLER_188
*683 FILLER_189
*684 FILLER_191
*685 FILLER_190
*686 bus_tie_7
*687 bus_tie_8
*688 bus_tie_9
*689 bus_tie_10
*690 bus_tie_11
*691 bus_tie_12
*692 FILLER_198
*693 FILLER_199
*694 FILLER_200
*695 FILLER_202
*696 FILLER_201
*697 resetb_pad
*698 FILLER_204
*699 FILLER_205
*700 FILLER_206
*701 FILLER_208
*702 FILLER_207
*703 bus_tie_13
*704 bus_tie_16
*705 bus_tie_15
*706 bus_tie_14
*707 FILLER_215
*708 FILLER_216
*709 bus_tie_18
*710 bus_tie_17
*711 FILLER_217
*712 FILLER_219
*713 FILLER_218
*714 clock_pad
*715 FILLER_221
*716 FILLER_222
*717 FILLER_223
*718 FILLER_225
*719 FILLER_224
*720 bus_tie_19
*721 bus_tie_23
*722 bus_tie_22
*723 bus_tie_21
*724 bus_tie_20
*725 FILLER_232
*726 FILLER_233
*727 FILLER_234
*728 FILLER_236
*729 FILLER_235
*730 bus_tie_24
*731 mgmt_vssd_lvclamp_pad
*732 FILLER_238
*733 FILLER_239
*734 FILLER_240
*735 FILLER_242
*736 FILLER_241
*737 bus_tie_26
*738 bus_tie_25
*739 bus_tie_30
*740 bus_tie_29
*741 bus_tie_28
*742 bus_tie_27
*743 FILLER_249
*744 FILLER_250
*745 FILLER_251
*746 FILLER_253
*747 FILLER_252
*748 flash_csb_pad
*749 FILLER_255
*750 FILLER_256
*751 FILLER_257
*752 FILLER_259
*753 FILLER_258
*754 bus_tie_31
*755 bus_tie_32
*756 bus_tie_33
*757 bus_tie_34
*758 bus_tie_35
*759 FILLER_266
*760 FILLER_267
*761 FILLER_268
*762 FILLER_270
*763 FILLER_269
*764 bus_tie_36
*765 flash_clk_pad
*766 FILLER_272
*767 FILLER_273
*768 FILLER_274
*769 FILLER_276
*770 FILLER_275
*771 bus_tie_38
*772 bus_tie_37
*773 bus_tie_42
*774 bus_tie_41
*775 bus_tie_40
*776 bus_tie_39
*777 FILLER_283
*778 FILLER_284
*779 FILLER_285
*780 FILLER_287
*781 FILLER_286
*782 flash_io0_pad
*783 FILLER_289
*784 FILLER_290
*785 FILLER_291
*786 FILLER_293
*787 FILLER_292
*788 bus_tie_45
*789 bus_tie_44
*790 bus_tie_43
*791 FILLER_300
*792 bus_tie_48
*793 bus_tie_47
*794 bus_tie_46
*795 FILLER_301
*796 FILLER_302
*797 FILLER_304
*798 FILLER_303
*799 flash_io1_pad
*800 FILLER_306
*801 FILLER_307
*802 FILLER_308
*803 FILLER_310
*804 FILLER_309
*805 bus_tie_49
*806 bus_tie_50
*807 bus_tie_51
*808 bus_tie_52
*809 bus_tie_53
*810 bus_tie_54
*811 FILLER_317
*812 FILLER_318
*813 FILLER_319
*814 FILLER_321
*815 FILLER_320
*816 gpio_pad
*817 FILLER_323
*818 FILLER_324
*819 FILLER_325
*820 FILLER_327
*821 FILLER_326
*822 bus_tie_55
*823 bus_tie_57
*824 bus_tie_56
*825 FILLER_334
*826 bus_tie_60
*827 bus_tie_59
*828 bus_tie_58
*829 FILLER_335
*830 FILLER_336
*831 FILLER_338
*832 FILLER_337
*833 mgmt_vssio_hvclamp_pad\[0\]
*834 FILLER_340
*835 FILLER_341
*836 FILLER_342
*837 FILLER_344
*838 FILLER_343
*839 bus_tie_64
*840 bus_tie_63
*841 bus_tie_62
*842 bus_tie_61
*843 FILLER_351
*844 FILLER_352
*845 bus_tie_66
*846 bus_tie_65
*847 FILLER_353
*848 FILLER_355
*849 FILLER_354
*850 mgmt_vdda_hvclamp_pad
*851 FILLER_357
*852 FILLER_358
*853 FILLER_359
*854 FILLER_360
*855 FILLER_361
*856 bus_tie_67
*857 bus_tie_68
*858 bus_tie_69
*859 bus_tie_70
*860 bus_tie_71
*861 bus_tie_72
*862 FILLER_368
*863 FILLER_369
*864 mgmt_corner\[1\]
*865 FILLER_605
*866 FILLER_370
*867 FILLER_371
*868 FILLER_372
*869 FILLER_373
*870 FILLER_378
*871 FILLER_377
*872 FILLER_376
*873 FILLER_375
*874 FILLER_379
*875 FILLER_380
*876 FILLER_381
*877 FILLER_382
*878 mgmt_vccd_lvclamp_pad
*879 FILLER_384
*880 FILLER_606
*881 FILLER_607
*882 FILLER_608
*883 FILLER_609
*884 FILLER_610
*885 FILLER_611
*886 FILLER_612
*887 FILLER_SB1
*888 disconnect_vdda_1
*889 FILLER_615
*890 FILLER_616
*891 FILLER_617
*892 FILLER_618
*893 FILLER_388
*894 FILLER_387
*895 FILLER_386
*896 FILLER_385
*897 FILLER_389
*898 FILLER_390
*899 FILLER_391
*900 FILLER_392
*901 mgmt_vddio_hvclamp_pad\[0\]
*902 FILLER_394
*903 FILLER_619
*904 FILLER_620
*905 FILLER_621
*906 FILLER_624
*907 FILLER_625
*908 FILLER_626
*909 FILLER_622
*910 mprj_pads\.area1_io_pad\[0\]
*911 FILLER_395
*912 FILLER_396
*913 FILLER_397
*914 FILLER_398
*915 FILLER_399
*916 FILLER_400
*917 FILLER_405
*918 FILLER_401
*919 FILLER_SB2
*920 FILLER_402
*921 disconnect_vdda_2
*922 FILLER_406
*923 FILLER_407
*924 FILLER_408
*925 FILLER_627
*926 FILLER_628
*927 FILLER_629
*928 FILLER_630
*929 FILLER_634
*930 FILLER_635
*931 FILLER_631
*932 FILLER_632
*933 mprj_pads\.area1_io_pad\[1\]
*934 FILLER_410
*935 FILLER_409
*936 FILLER_411
*937 FILLER_412
*938 FILLER_413
*939 mprj_pads\.area2_io_pad\[18\]
*940 FILLER_415
*941 FILLER_418
*942 FILLER_417
*943 FILLER_416
*944 FILLER_636
*945 FILLER_637
*946 FILLER_638
*947 FILLER_639
*948 FILLER_640
*949 FILLER_643
*950 FILLER_644
*951 FILLER_641
*952 mprj_pads\.area1_io_pad\[2\]
*953 FILLER_420
*954 FILLER_419
*955 FILLER_421
*956 FILLER_422
*957 FILLER_423
*958 mprj_pads\.area2_io_pad\[17\]
*959 FILLER_425
*960 FILLER_428
*961 FILLER_427
*962 FILLER_426
*963 FILLER_645
*964 FILLER_646
*965 FILLER_647
*966 FILLER_648
*967 FILLER_649
*968 FILLER_653
*969 FILLER_650
*970 FILLER_651
*971 mprj_pads\.area1_io_pad\[3\]
*972 FILLER_429
*973 FILLER_430
*974 FILLER_435
*975 FILLER_436
*976 FILLER_437
*977 FILLER_431
*978 FILLER_432
*979 FILLER_433
*980 mprj_pads\.area2_io_pad\[16\]
*981 FILLER_654
*982 FILLER_655
*983 FILLER_656
*984 FILLER_657
*985 FILLER_658
*986 FILLER_659
*987 FILLER_660
*988 mprj_pads\.area1_io_pad\[4\]
*989 FILLER_440
*990 FILLER_439
*991 FILLER_438
*992 FILLER_441
*993 FILLER_442
*994 FILLER_443
*995 mprj_pads\.area2_io_pad\[15\]
*996 FILLER_445
*997 FILLER_447
*998 FILLER_446
*999 FILLER_662
*1000 FILLER_663
*1001 FILLER_664
*1002 FILLER_665
*1003 FILLER_666
*1004 FILLER_667
*1005 FILLER_668
*1006 FILLER_669
*1007 mprj_pads\.area1_io_pad\[5\]
*1008 FILLER_450
*1009 FILLER_449
*1010 FILLER_448
*1011 FILLER_451
*1012 FILLER_452
*1013 FILLER_453
*1014 mprj_pads\.area2_io_pad\[14\]
*1015 FILLER_457
*1016 FILLER_456
*1017 FILLER_455
*1018 FILLER_674
*1019 FILLER_673
*1020 FILLER_672
*1021 FILLER_671
*1022 FILLER_677
*1023 FILLER_676
*1024 FILLER_675
*1025 FILLER_678
*1026 FILLER_679
*1027 mprj_pads\.area1_io_pad\[6\]
*1028 FILLER_460
*1029 FILLER_459
*1030 FILLER_458
*1031 FILLER_461
*1032 FILLER_462
*1033 FILLER_463
*1034 mprj_pads\.area2_io_pad\[13\]
*1035 FILLER_467
*1036 FILLER_466
*1037 FILLER_465
*1038 FILLER_681
*1039 FILLER_682
*1040 FILLER_683
*1041 FILLER_684
*1042 FILLER_685
*1043 FILLER_686
*1044 FILLER_687
*1045 FILLER_688
*1046 user1_vssa_hvclamp_pad\[1\]
*1047 FILLER_470
*1048 FILLER_469
*1049 FILLER_468
*1050 FILLER_471
*1051 FILLER_475
*1052 FILLER_472
*1053 FILLER_473
*1054 user2_vssd_lvclamp_pad
*1055 FILLER_476
*1056 FILLER_477
*1057 FILLER_692
*1058 FILLER_691
*1059 FILLER_690
*1060 FILLER_696
*1061 FILLER_695
*1062 FILLER_694
*1063 FILLER_693
*1064 FILLER_697
*1065 FILLER_698
*1066 user1_vssd_lvclamp_pad
*1067 FILLER_480
*1068 FILLER_479
*1069 FILLER_478
*1070 FILLER_481
*1071 FILLER_482
*1072 FILLER_483
*1073 user2_vdda_hvclamp_pad
*1074 FILLER_487
*1075 FILLER_486
*1076 FILLER_485
*1077 FILLER_700
*1078 FILLER_701
*1079 FILLER_702
*1080 FILLER_703
*1081 FILLER_704
*1082 FILLER_705
*1083 FILLER_706
*1084 FILLER_707
*1085 user1_vdda_hvclamp_pad\[1\]
*1086 FILLER_488
*1087 FILLER_489
*1088 FILLER_490
*1089 FILLER_495
*1090 FILLER_496
*1091 FILLER_491
*1092 FILLER_492
*1093 FILLER_493
*1094 mprj_pads\.area2_io_pad\[12\]
*1095 FILLER_709
*1096 FILLER_710
*1097 FILLER_711
*1098 FILLER_712
*1099 FILLER_713
*1100 FILLER_714
*1101 FILLER_715
*1102 FILLER_716
*1103 mprj_pads\.area1_io_pad\[7\]
*1104 FILLER_500
*1105 FILLER_499
*1106 FILLER_498
*1107 FILLER_497
*1108 FILLER_501
*1109 FILLER_502
*1110 FILLER_503
*1111 mprj_pads\.area2_io_pad\[11\]
*1112 FILLER_506
*1113 FILLER_505
*1114 FILLER_718
*1115 FILLER_719
*1116 FILLER_720
*1117 FILLER_721
*1118 FILLER_722
*1119 FILLER_723
*1120 FILLER_724
*1121 FILLER_510
*1122 FILLER_509
*1123 FILLER_508
*1124 FILLER_507
*1125 FILLER_511
*1126 FILLER_512
*1127 FILLER_513
*1128 mprj_pads\.area2_io_pad\[10\]
*1129 FILLER_516
*1130 FILLER_515
*1131 FILLER_728
*1132 FILLER_729
*1133 FILLER_730
*1134 FILLER_731
*1135 FILLER_732
*1136 FILLER_733
*1137 FILLER_725
*1138 FILLER_726
*1139 mprj_pads\.area1_io_pad\[8\]
*1140 FILLER_520
*1141 FILLER_519
*1142 FILLER_518
*1143 FILLER_517
*1144 FILLER_521
*1145 FILLER_522
*1146 FILLER_523
*1147 mprj_pads\.area2_io_pad\[9\]
*1148 FILLER_526
*1149 FILLER_525
*1150 FILLER_734
*1151 FILLER_737
*1152 FILLER_738
*1153 FILLER_739
*1154 FILLER_740
*1155 FILLER_741
*1156 FILLER_742
*1157 FILLER_735
*1158 mprj_pads\.area1_io_pad\[9\]
*1159 FILLER_527
*1160 FILLER_528
*1161 FILLER_529
*1162 FILLER_530
*1163 FILLER_535
*1164 FILLER_531
*1165 FILLER_532
*1166 FILLER_533
*1167 mprj_pads\.area2_io_pad\[8\]
*1168 FILLER_743
*1169 FILLER_747
*1170 FILLER_748
*1171 FILLER_749
*1172 FILLER_750
*1173 FILLER_751
*1174 FILLER_744
*1175 FILLER_745
*1176 mprj_pads\.area1_io_pad\[10\]
*1177 FILLER_539
*1178 FILLER_538
*1179 FILLER_537
*1180 FILLER_536
*1181 FILLER_540
*1182 FILLER_541
*1183 FILLER_542
*1184 FILLER_543
*1185 mprj_pads\.area2_io_pad\[7\]
*1186 FILLER_545
*1187 FILLER_752
*1188 FILLER_753
*1189 FILLER_756
*1190 FILLER_757
*1191 FILLER_758
*1192 FILLER_759
*1193 FILLER_754
*1194 mprj_pads\.area1_io_pad\[11\]
*1195 FILLER_549
*1196 FILLER_548
*1197 FILLER_547
*1198 FILLER_546
*1199 FILLER_550
*1200 FILLER_551
*1201 FILLER_552
*1202 FILLER_553
*1203 mprj_pads\.area2_io_pad\[6\]
*1204 FILLER_555
*1205 FILLER_760
*1206 FILLER_761
*1207 FILLER_762
*1208 FILLER_765
*1209 FILLER_766
*1210 FILLER_767
*1211 FILLER_768
*1212 FILLER_763
*1213 mprj_pads\.area1_io_pad\[12\]
*1214 FILLER_559
*1215 FILLER_558
*1216 FILLER_557
*1217 FILLER_556
*1218 FILLER_560
*1219 FILLER_561
*1220 FILLER_562
*1221 FILLER_563
*1222 user2_vssa_hvclamp_pad
*1223 FILLER_565
*1224 FILLER_769
*1225 FILLER_770
*1226 FILLER_771
*1227 FILLER_775
*1228 FILLER_776
*1229 FILLER_777
*1230 FILLER_772
*1231 FILLER_773
*1232 user1_vdda_hvclamp_pad\[0\]
*1233 FILLER_569
*1234 FILLER_568
*1235 FILLER_567
*1236 FILLER_566
*1237 FILLER_570
*1238 FILLER_571
*1239 FILLER_572
*1240 FILLER_573
*1241 mgmt_vddio_hvclamp_pad\[1\]
*1242 FILLER_575
*1243 FILLER_778
*1244 FILLER_779
*1245 FILLER_780
*1246 FILLER_781
*1247 FILLER_784
*1248 FILLER_785
*1249 FILLER_782
*1250 mprj_pads\.area1_io_pad\[13\]
*1251 FILLER_579
*1252 FILLER_578
*1253 FILLER_577
*1254 FILLER_576
*1255 FILLER_580
*1256 FILLER_581
*1257 FILLER_582
*1258 FILLER_583
*1259 user2_vccd_lvclamp_pad
*1260 FILLER_585
*1261 FILLER_790
*1262 FILLER_789
*1263 FILLER_788
*1264 FILLER_787
*1265 FILLER_786
*1266 FILLER_791
*1267 FILLER_792
*1268 user1_vccd_lvclamp_pad
*1269 FILLER_794
*1270 FILLER_795
*1271 FILLER_589
*1272 FILLER_588
*1273 FILLER_587
*1274 FILLER_586
*1275 FILLER_590
*1276 FILLER_591
*1277 FILLER_592
*1278 FILLER_593
*1279 mprj_pads\.area2_io_pad\[5\]
*1280 FILLER_595
*1281 FILLER_796
*1282 FILLER_797
*1283 FILLER_798
*1284 FILLER_799
*1285 FILLER_800
*1286 FILLER_803
*1287 FILLER_801
*1288 mprj_pads\.area1_io_pad\[14\]
*1289 FILLER_600
*1290 FILLER_599
*1291 FILLER_598
*1292 FILLER_597
*1293 FILLER_596
*1294 FILLER_601
*1295 FILLER_602
*1296 FILLER_604
*1297 FILLER_603
*1298 user2_corner
*1299 FILLER_5
*1300 FILLER_9
*1301 FILLER_8
*1302 FILLER_7
*1303 FILLER_6
*1304 FILLER_12
*1305 FILLER_11
*1306 FILLER_10
*1307 FILLER_13
*1308 FILLER_14
*1309 FILLER_16
*1310 FILLER_15
*1311 mprj_pads\.area2_io_pad\[4\]
*1312 FILLER_18
*1313 FILLER_19
*1314 FILLER_20
*1315 FILLER_21
*1316 FILLER_22
*1317 FILLER_23
*1318 FILLER_24
*1319 FILLER_25
*1320 FILLER_26
*1321 FILLER_27
*1322 FILLER_29
*1323 FILLER_28
*1324 mprj_pads\.area2_io_pad\[3\]
*1325 FILLER_34
*1326 FILLER_33
*1327 FILLER_32
*1328 FILLER_31
*1329 FILLER_37
*1330 FILLER_36
*1331 FILLER_35
*1332 FILLER_38
*1333 FILLER_39
*1334 FILLER_40
*1335 FILLER_42
*1336 FILLER_41
*1337 mprj_pads\.area2_io_pad\[2\]
*1338 FILLER_45
*1339 FILLER_44
*1340 FILLER_47
*1341 FILLER_46
*1342 FILLER_51
*1343 FILLER_50
*1344 FILLER_49
*1345 FILLER_48
*1346 FILLER_52
*1347 FILLER_53
*1348 FILLER_55
*1349 FILLER_54
*1350 mprj_pads\.area2_io_pad\[1\]
*1351 FILLER_58
*1352 FILLER_57
*1353 FILLER_62
*1354 FILLER_61
*1355 FILLER_60
*1356 FILLER_59
*1357 FILLER_64
*1358 FILLER_63
*1359 FILLER_65
*1360 FILLER_66
*1361 FILLER_69
*1362 FILLER_68
*1363 FILLER_67
*1364 mprj_pads\.area2_io_pad\[0\]
*1365 FILLER_74
*1366 FILLER_73
*1367 FILLER_72
*1368 FILLER_71
*1369 FILLER_77
*1370 FILLER_76
*1371 FILLER_75
*1372 FILLER_78
*1373 FILLER_79
*1374 FILLER_80
*1375 FILLER_82
*1376 FILLER_81
*1377 mgmt_vssio_hvclamp_pad\[1\]
*1378 FILLER_SB3
*1379 disconnect_vdda_0
*1380 FILLER_87
*1381 FILLER_86
*1382 FILLER_88
*1383 FILLER_89
*1384 FILLER_90
*1385 FILLER_91
*1386 FILLER_92
*1387 FILLER_93
*1388 FILLER_94
*1389 FILLER_96
*1390 FILLER_95
*1391 mprj_pads\.area1_io_pad\[18\]
*1392 FILLER_101
*1393 FILLER_100
*1394 FILLER_99
*1395 FILLER_98
*1396 FILLER_103
*1397 FILLER_102
*1398 FILLER_104
*1399 FILLER_105
*1400 FILLER_106
*1401 FILLER_107
*1402 FILLER_108
*1403 FILLER_109
*1404 FILLER_110
*1405 FILLER_111
*1406 FILLER_112
*1407 FILLER_113
*1408 FILLER_114
*1409 FILLER_115
*1410 FILLER_118
*1411 FILLER_119
*1412 FILLER_120
*1413 FILLER_121
*1414 FILLER_122
*1415 FILLER_116
*1416 mprj_pads\.area1_io_pad\[17\]
*1417 FILLER_125
*1418 FILLER_124
*1419 FILLER_123
*1420 FILLER_126
*1421 FILLER_127
*1422 FILLER_129
*1423 FILLER_128
*1424 mprj_pads\.area1_io_pad\[16\]
*1425 FILLER_133
*1426 FILLER_132
*1427 FILLER_131
*1428 FILLER_136
*1429 FILLER_135
*1430 FILLER_134
*1431 FILLER_138
*1432 FILLER_137
*1433 FILLER_139
*1434 FILLER_140
*1435 FILLER_142
*1436 FILLER_141
*1437 user1_vssa_hvclamp_pad\[0\]
*1438 FILLER_144
*1439 FILLER_148
*1440 FILLER_147
*1441 FILLER_146
*1442 FILLER_145
*1443 FILLER_151
*1444 FILLER_150
*1445 FILLER_149
*1446 FILLER_152
*1447 FILLER_153
*1448 FILLER_155
*1449 FILLER_154
*1450 mprj_pads\.area1_io_pad\[15\]
*1451 FILLER_157
*1452 FILLER_158
*1453 FILLER_159
*1454 FILLER_160
*1455 FILLER_161
*1456 FILLER_162
*1457 FILLER_163
*1458 FILLER_164
*1459 FILLER_165
*1460 FILLER_808
*1461 FILLER_807
*1462 FILLER_806
*1463 FILLER_805
*1464 FILLER_804
*1465 FILLER_809
*1466 FILLER_810
*1467 FILLER_811
*1468 user1_corner
*1469 FILLER_166
*1470 FILLER_169
*1471 FILLER_168
*1472 FILLER_167

*PORTS
clock I
clock_core I
por I
flash_clk I
flash_clk_core I
flash_clk_oeb_core I
flash_csb I
flash_csb_core I
flash_csb_oeb_core I
flash_io0 I
flash_io0_di_core I
flash_io0_do_core I
flash_io0_ieb_core I
flash_io0_oeb_core I
flash_io1 I
flash_io1_di_core I
flash_io1_do_core I
flash_io1_ieb_core I
flash_io1_oeb_core I
gpio I
gpio_in_core I
gpio_inenb_core I
gpio_mode0_core I
gpio_mode1_core I
gpio_out_core I
gpio_outenb_core I
vccd_pad I
vdda_pad I
vddio_pad I
vddio_pad2 I
vssa_pad I
vssd_pad I
vssio_pad I
vssio_pad2 I
mprj_io[0] I
mprj_io_analog_en[0] I
mprj_io_analog_pol[0] I
mprj_io_analog_sel[0] I
mprj_io_dm[0] I
mprj_io_dm[1] I
mprj_io_dm[2] I
mprj_io_holdover[0] I
mprj_io_ib_mode_sel[0] I
mprj_io_inp_dis[0] I
mprj_io_oeb[0] I
mprj_io_out[0] I
mprj_io_slow_sel[0] I
mprj_io_vtrip_sel[0] I
mprj_io_in[0] I
mprj_analog_io[3] I
mprj_io[10] I
mprj_io_analog_en[10] I
mprj_io_analog_pol[10] I
mprj_io_analog_sel[10] I
mprj_io_dm[30] I
mprj_io_dm[31] I
mprj_io_dm[32] I
mprj_io_holdover[10] I
mprj_io_ib_mode_sel[10] I
mprj_io_inp_dis[10] I
mprj_io_oeb[10] I
mprj_io_out[10] I
mprj_io_slow_sel[10] I
mprj_io_vtrip_sel[10] I
mprj_io_in[10] I
mprj_analog_io[4] I
mprj_io[11] I
mprj_io_analog_en[11] I
mprj_io_analog_pol[11] I
mprj_io_analog_sel[11] I
mprj_io_dm[33] I
mprj_io_dm[34] I
mprj_io_dm[35] I
mprj_io_holdover[11] I
mprj_io_ib_mode_sel[11] I
mprj_io_inp_dis[11] I
mprj_io_oeb[11] I
mprj_io_out[11] I
mprj_io_slow_sel[11] I
mprj_io_vtrip_sel[11] I
mprj_io_in[11] I
mprj_analog_io[5] I
mprj_io[12] I
mprj_io_analog_en[12] I
mprj_io_analog_pol[12] I
mprj_io_analog_sel[12] I
mprj_io_dm[36] I
mprj_io_dm[37] I
mprj_io_dm[38] I
mprj_io_holdover[12] I
mprj_io_ib_mode_sel[12] I
mprj_io_inp_dis[12] I
mprj_io_oeb[12] I
mprj_io_out[12] I
mprj_io_slow_sel[12] I
mprj_io_vtrip_sel[12] I
mprj_io_in[12] I
mprj_analog_io[6] I
mprj_io[13] I
mprj_io_analog_en[13] I
mprj_io_analog_pol[13] I
mprj_io_analog_sel[13] I
mprj_io_dm[39] I
mprj_io_dm[40] I
mprj_io_dm[41] I
mprj_io_holdover[13] I
mprj_io_ib_mode_sel[13] I
mprj_io_inp_dis[13] I
mprj_io_oeb[13] I
mprj_io_out[13] I
mprj_io_slow_sel[13] I
mprj_io_vtrip_sel[13] I
mprj_io_in[13] I
mprj_analog_io[7] I
mprj_io[14] I
mprj_io_analog_en[14] I
mprj_io_analog_pol[14] I
mprj_io_analog_sel[14] I
mprj_io_dm[42] I
mprj_io_dm[43] I
mprj_io_dm[44] I
mprj_io_holdover[14] I
mprj_io_ib_mode_sel[14] I
mprj_io_inp_dis[14] I
mprj_io_oeb[14] I
mprj_io_out[14] I
mprj_io_slow_sel[14] I
mprj_io_vtrip_sel[14] I
mprj_io_in[14] I
mprj_analog_io[8] I
mprj_io[15] I
mprj_io_analog_en[15] I
mprj_io_analog_pol[15] I
mprj_io_analog_sel[15] I
mprj_io_dm[45] I
mprj_io_dm[46] I
mprj_io_dm[47] I
mprj_io_holdover[15] I
mprj_io_ib_mode_sel[15] I
mprj_io_inp_dis[15] I
mprj_io_oeb[15] I
mprj_io_out[15] I
mprj_io_slow_sel[15] I
mprj_io_vtrip_sel[15] I
mprj_io_in[15] I
mprj_analog_io[9] I
mprj_io[16] I
mprj_io_analog_en[16] I
mprj_io_analog_pol[16] I
mprj_io_analog_sel[16] I
mprj_io_dm[48] I
mprj_io_dm[49] I
mprj_io_dm[50] I
mprj_io_holdover[16] I
mprj_io_ib_mode_sel[16] I
mprj_io_inp_dis[16] I
mprj_io_oeb[16] I
mprj_io_out[16] I
mprj_io_slow_sel[16] I
mprj_io_vtrip_sel[16] I
mprj_io_in[16] I
mprj_analog_io[10] I
mprj_io[17] I
mprj_io_analog_en[17] I
mprj_io_analog_pol[17] I
mprj_io_analog_sel[17] I
mprj_io_dm[51] I
mprj_io_dm[52] I
mprj_io_dm[53] I
mprj_io_holdover[17] I
mprj_io_ib_mode_sel[17] I
mprj_io_inp_dis[17] I
mprj_io_oeb[17] I
mprj_io_out[17] I
mprj_io_slow_sel[17] I
mprj_io_vtrip_sel[17] I
mprj_io_in[17] I
mprj_analog_io[11] I
mprj_io[18] I
mprj_io_analog_en[18] I
mprj_io_analog_pol[18] I
mprj_io_analog_sel[18] I
mprj_io_dm[54] I
mprj_io_dm[55] I
mprj_io_dm[56] I
mprj_io_holdover[18] I
mprj_io_ib_mode_sel[18] I
mprj_io_inp_dis[18] I
mprj_io_oeb[18] I
mprj_io_out[18] I
mprj_io_slow_sel[18] I
mprj_io_vtrip_sel[18] I
mprj_io_in[18] I
mprj_io[1] I
mprj_io_analog_en[1] I
mprj_io_analog_pol[1] I
mprj_io_analog_sel[1] I
mprj_io_dm[3] I
mprj_io_dm[4] I
mprj_io_dm[5] I
mprj_io_holdover[1] I
mprj_io_ib_mode_sel[1] I
mprj_io_inp_dis[1] I
mprj_io_oeb[1] I
mprj_io_out[1] I
mprj_io_slow_sel[1] I
mprj_io_vtrip_sel[1] I
mprj_io_in[1] I
mprj_io[2] I
mprj_io_analog_en[2] I
mprj_io_analog_pol[2] I
mprj_io_analog_sel[2] I
mprj_io_dm[6] I
mprj_io_dm[7] I
mprj_io_dm[8] I
mprj_io_holdover[2] I
mprj_io_ib_mode_sel[2] I
mprj_io_inp_dis[2] I
mprj_io_oeb[2] I
mprj_io_out[2] I
mprj_io_slow_sel[2] I
mprj_io_vtrip_sel[2] I
mprj_io_in[2] I
mprj_io[3] I
mprj_io_analog_en[3] I
mprj_io_analog_pol[3] I
mprj_io_analog_sel[3] I
mprj_io_dm[10] I
mprj_io_dm[11] I
mprj_io_dm[9] I
mprj_io_holdover[3] I
mprj_io_ib_mode_sel[3] I
mprj_io_inp_dis[3] I
mprj_io_oeb[3] I
mprj_io_out[3] I
mprj_io_slow_sel[3] I
mprj_io_vtrip_sel[3] I
mprj_io_in[3] I
mprj_io[4] I
mprj_io_analog_en[4] I
mprj_io_analog_pol[4] I
mprj_io_analog_sel[4] I
mprj_io_dm[12] I
mprj_io_dm[13] I
mprj_io_dm[14] I
mprj_io_holdover[4] I
mprj_io_ib_mode_sel[4] I
mprj_io_inp_dis[4] I
mprj_io_oeb[4] I
mprj_io_out[4] I
mprj_io_slow_sel[4] I
mprj_io_vtrip_sel[4] I
mprj_io_in[4] I
mprj_io[5] I
mprj_io_analog_en[5] I
mprj_io_analog_pol[5] I
mprj_io_analog_sel[5] I
mprj_io_dm[15] I
mprj_io_dm[16] I
mprj_io_dm[17] I
mprj_io_holdover[5] I
mprj_io_ib_mode_sel[5] I
mprj_io_inp_dis[5] I
mprj_io_oeb[5] I
mprj_io_out[5] I
mprj_io_slow_sel[5] I
mprj_io_vtrip_sel[5] I
mprj_io_in[5] I
mprj_io[6] I
mprj_io_analog_en[6] I
mprj_io_analog_pol[6] I
mprj_io_analog_sel[6] I
mprj_io_dm[18] I
mprj_io_dm[19] I
mprj_io_dm[20] I
mprj_io_holdover[6] I
mprj_io_ib_mode_sel[6] I
mprj_io_inp_dis[6] I
mprj_io_oeb[6] I
mprj_io_out[6] I
mprj_io_slow_sel[6] I
mprj_io_vtrip_sel[6] I
mprj_io_in[6] I
mprj_analog_io[0] I
mprj_io[7] I
mprj_io_analog_en[7] I
mprj_io_analog_pol[7] I
mprj_io_analog_sel[7] I
mprj_io_dm[21] I
mprj_io_dm[22] I
mprj_io_dm[23] I
mprj_io_holdover[7] I
mprj_io_ib_mode_sel[7] I
mprj_io_inp_dis[7] I
mprj_io_oeb[7] I
mprj_io_out[7] I
mprj_io_slow_sel[7] I
mprj_io_vtrip_sel[7] I
mprj_io_in[7] I
mprj_analog_io[1] I
mprj_io[8] I
mprj_io_analog_en[8] I
mprj_io_analog_pol[8] I
mprj_io_analog_sel[8] I
mprj_io_dm[24] I
mprj_io_dm[25] I
mprj_io_dm[26] I
mprj_io_holdover[8] I
mprj_io_ib_mode_sel[8] I
mprj_io_inp_dis[8] I
mprj_io_oeb[8] I
mprj_io_out[8] I
mprj_io_slow_sel[8] I
mprj_io_vtrip_sel[8] I
mprj_io_in[8] I
mprj_analog_io[2] I
mprj_io[9] I
mprj_io_analog_en[9] I
mprj_io_analog_pol[9] I
mprj_io_analog_sel[9] I
mprj_io_dm[27] I
mprj_io_dm[28] I
mprj_io_dm[29] I
mprj_io_holdover[9] I
mprj_io_ib_mode_sel[9] I
mprj_io_inp_dis[9] I
mprj_io_oeb[9] I
mprj_io_out[9] I
mprj_io_slow_sel[9] I
mprj_io_vtrip_sel[9] I
mprj_io_in[9] I
mprj_analog_io[12] I
mprj_io[19] I
mprj_io_analog_en[19] I
mprj_io_analog_pol[19] I
mprj_io_analog_sel[19] I
mprj_io_dm[57] I
mprj_io_dm[58] I
mprj_io_dm[59] I
mprj_io_holdover[19] I
mprj_io_ib_mode_sel[19] I
mprj_io_inp_dis[19] I
mprj_io_oeb[19] I
mprj_io_out[19] I
mprj_io_slow_sel[19] I
mprj_io_vtrip_sel[19] I
mprj_io_in[19] I
mprj_analog_io[22] I
mprj_io[29] I
mprj_io_analog_en[29] I
mprj_io_analog_pol[29] I
mprj_io_analog_sel[29] I
mprj_io_dm[87] I
mprj_io_dm[88] I
mprj_io_dm[89] I
mprj_io_holdover[29] I
mprj_io_ib_mode_sel[29] I
mprj_io_inp_dis[29] I
mprj_io_oeb[29] I
mprj_io_out[29] I
mprj_io_slow_sel[29] I
mprj_io_vtrip_sel[29] I
mprj_io_in[29] I
mprj_analog_io[23] I
mprj_io[30] I
mprj_io_analog_en[30] I
mprj_io_analog_pol[30] I
mprj_io_analog_sel[30] I
mprj_io_dm[90] I
mprj_io_dm[91] I
mprj_io_dm[92] I
mprj_io_holdover[30] I
mprj_io_ib_mode_sel[30] I
mprj_io_inp_dis[30] I
mprj_io_oeb[30] I
mprj_io_out[30] I
mprj_io_slow_sel[30] I
mprj_io_vtrip_sel[30] I
mprj_io_in[30] I
mprj_analog_io[24] I
mprj_io[31] I
mprj_io_analog_en[31] I
mprj_io_analog_pol[31] I
mprj_io_analog_sel[31] I
mprj_io_dm[93] I
mprj_io_dm[94] I
mprj_io_dm[95] I
mprj_io_holdover[31] I
mprj_io_ib_mode_sel[31] I
mprj_io_inp_dis[31] I
mprj_io_oeb[31] I
mprj_io_out[31] I
mprj_io_slow_sel[31] I
mprj_io_vtrip_sel[31] I
mprj_io_in[31] I
mprj_analog_io[25] I
mprj_io[32] I
mprj_io_analog_en[32] I
mprj_io_analog_pol[32] I
mprj_io_analog_sel[32] I
mprj_io_dm[96] I
mprj_io_dm[97] I
mprj_io_dm[98] I
mprj_io_holdover[32] I
mprj_io_ib_mode_sel[32] I
mprj_io_inp_dis[32] I
mprj_io_oeb[32] I
mprj_io_out[32] I
mprj_io_slow_sel[32] I
mprj_io_vtrip_sel[32] I
mprj_io_in[32] I
mprj_analog_io[26] I
mprj_io[33] I
mprj_io_analog_en[33] I
mprj_io_analog_pol[33] I
mprj_io_analog_sel[33] I
mprj_io_dm[100] I
mprj_io_dm[101] I
mprj_io_dm[99] I
mprj_io_holdover[33] I
mprj_io_ib_mode_sel[33] I
mprj_io_inp_dis[33] I
mprj_io_oeb[33] I
mprj_io_out[33] I
mprj_io_slow_sel[33] I
mprj_io_vtrip_sel[33] I
mprj_io_in[33] I
mprj_analog_io[27] I
mprj_io[34] I
mprj_io_analog_en[34] I
mprj_io_analog_pol[34] I
mprj_io_analog_sel[34] I
mprj_io_dm[102] I
mprj_io_dm[103] I
mprj_io_dm[104] I
mprj_io_holdover[34] I
mprj_io_ib_mode_sel[34] I
mprj_io_inp_dis[34] I
mprj_io_oeb[34] I
mprj_io_out[34] I
mprj_io_slow_sel[34] I
mprj_io_vtrip_sel[34] I
mprj_io_in[34] I
mprj_analog_io[28] I
mprj_io[35] I
mprj_io_analog_en[35] I
mprj_io_analog_pol[35] I
mprj_io_analog_sel[35] I
mprj_io_dm[105] I
mprj_io_dm[106] I
mprj_io_dm[107] I
mprj_io_holdover[35] I
mprj_io_ib_mode_sel[35] I
mprj_io_inp_dis[35] I
mprj_io_oeb[35] I
mprj_io_out[35] I
mprj_io_slow_sel[35] I
mprj_io_vtrip_sel[35] I
mprj_io_in[35] I
mprj_io[36] I
mprj_io_analog_en[36] I
mprj_io_analog_pol[36] I
mprj_io_analog_sel[36] I
mprj_io_dm[108] I
mprj_io_dm[109] I
mprj_io_dm[110] I
mprj_io_holdover[36] I
mprj_io_ib_mode_sel[36] I
mprj_io_inp_dis[36] I
mprj_io_oeb[36] I
mprj_io_out[36] I
mprj_io_slow_sel[36] I
mprj_io_vtrip_sel[36] I
mprj_io_in[36] I
mprj_io[37] I
mprj_io_analog_en[37] I
mprj_io_analog_pol[37] I
mprj_io_analog_sel[37] I
mprj_io_dm[111] I
mprj_io_dm[112] I
mprj_io_dm[113] I
mprj_io_holdover[37] I
mprj_io_ib_mode_sel[37] I
mprj_io_inp_dis[37] I
mprj_io_oeb[37] I
mprj_io_out[37] I
mprj_io_slow_sel[37] I
mprj_io_vtrip_sel[37] I
mprj_io_in[37] I
mprj_analog_io[13] I
mprj_io[20] I
mprj_io_analog_en[20] I
mprj_io_analog_pol[20] I
mprj_io_analog_sel[20] I
mprj_io_dm[60] I
mprj_io_dm[61] I
mprj_io_dm[62] I
mprj_io_holdover[20] I
mprj_io_ib_mode_sel[20] I
mprj_io_inp_dis[20] I
mprj_io_oeb[20] I
mprj_io_out[20] I
mprj_io_slow_sel[20] I
mprj_io_vtrip_sel[20] I
mprj_io_in[20] I
mprj_analog_io[14] I
mprj_io[21] I
mprj_io_analog_en[21] I
mprj_io_analog_pol[21] I
mprj_io_analog_sel[21] I
mprj_io_dm[63] I
mprj_io_dm[64] I
mprj_io_dm[65] I
mprj_io_holdover[21] I
mprj_io_ib_mode_sel[21] I
mprj_io_inp_dis[21] I
mprj_io_oeb[21] I
mprj_io_out[21] I
mprj_io_slow_sel[21] I
mprj_io_vtrip_sel[21] I
mprj_io_in[21] I
mprj_analog_io[15] I
mprj_io[22] I
mprj_io_analog_en[22] I
mprj_io_analog_pol[22] I
mprj_io_analog_sel[22] I
mprj_io_dm[66] I
mprj_io_dm[67] I
mprj_io_dm[68] I
mprj_io_holdover[22] I
mprj_io_ib_mode_sel[22] I
mprj_io_inp_dis[22] I
mprj_io_oeb[22] I
mprj_io_out[22] I
mprj_io_slow_sel[22] I
mprj_io_vtrip_sel[22] I
mprj_io_in[22] I
mprj_analog_io[16] I
mprj_io[23] I
mprj_io_analog_en[23] I
mprj_io_analog_pol[23] I
mprj_io_analog_sel[23] I
mprj_io_dm[69] I
mprj_io_dm[70] I
mprj_io_dm[71] I
mprj_io_holdover[23] I
mprj_io_ib_mode_sel[23] I
mprj_io_inp_dis[23] I
mprj_io_oeb[23] I
mprj_io_out[23] I
mprj_io_slow_sel[23] I
mprj_io_vtrip_sel[23] I
mprj_io_in[23] I
mprj_analog_io[17] I
mprj_io[24] I
mprj_io_analog_en[24] I
mprj_io_analog_pol[24] I
mprj_io_analog_sel[24] I
mprj_io_dm[72] I
mprj_io_dm[73] I
mprj_io_dm[74] I
mprj_io_holdover[24] I
mprj_io_ib_mode_sel[24] I
mprj_io_inp_dis[24] I
mprj_io_oeb[24] I
mprj_io_out[24] I
mprj_io_slow_sel[24] I
mprj_io_vtrip_sel[24] I
mprj_io_in[24] I
mprj_analog_io[18] I
mprj_io[25] I
mprj_io_analog_en[25] I
mprj_io_analog_pol[25] I
mprj_io_analog_sel[25] I
mprj_io_dm[75] I
mprj_io_dm[76] I
mprj_io_dm[77] I
mprj_io_holdover[25] I
mprj_io_ib_mode_sel[25] I
mprj_io_inp_dis[25] I
mprj_io_oeb[25] I
mprj_io_out[25] I
mprj_io_slow_sel[25] I
mprj_io_vtrip_sel[25] I
mprj_io_in[25] I
mprj_analog_io[19] I
mprj_io[26] I
mprj_io_analog_en[26] I
mprj_io_analog_pol[26] I
mprj_io_analog_sel[26] I
mprj_io_dm[78] I
mprj_io_dm[79] I
mprj_io_dm[80] I
mprj_io_holdover[26] I
mprj_io_ib_mode_sel[26] I
mprj_io_inp_dis[26] I
mprj_io_oeb[26] I
mprj_io_out[26] I
mprj_io_slow_sel[26] I
mprj_io_vtrip_sel[26] I
mprj_io_in[26] I
mprj_analog_io[20] I
mprj_io[27] I
mprj_io_analog_en[27] I
mprj_io_analog_pol[27] I
mprj_io_analog_sel[27] I
mprj_io_dm[81] I
mprj_io_dm[82] I
mprj_io_dm[83] I
mprj_io_holdover[27] I
mprj_io_ib_mode_sel[27] I
mprj_io_inp_dis[27] I
mprj_io_oeb[27] I
mprj_io_out[27] I
mprj_io_slow_sel[27] I
mprj_io_vtrip_sel[27] I
mprj_io_in[27] I
mprj_analog_io[21] I
mprj_io[28] I
mprj_io_analog_en[28] I
mprj_io_analog_pol[28] I
mprj_io_analog_sel[28] I
mprj_io_dm[84] I
mprj_io_dm[85] I
mprj_io_dm[86] I
mprj_io_holdover[28] I
mprj_io_ib_mode_sel[28] I
mprj_io_inp_dis[28] I
mprj_io_oeb[28] I
mprj_io_out[28] I
mprj_io_slow_sel[28] I
mprj_io_vtrip_sel[28] I
mprj_io_in[28] I
resetb I
vdda I
vssa I
vccd1_pad I
vdda1_pad I
vdda1_pad2 I
vssa1_pad I
vssa1_pad2 I
vdda1 I
vssa1 I
vssd1_pad I
vccd2_pad I
vdda2_pad I
vssa2_pad I
vccd I
vdda2 I
vddio I
vssa2 I
vssd2_pad I
vssio I
vssd I
resetb_core_h I
vssd2 I
vccd2 I
vssd1 I
vccd1 I
flash_clk_ieb_core I
flash_csb_ieb_core I

*D_NET *1 0.0053061
*CONN
*P clock I
*CAP
1 clock 0.00265305
2 *1:4 0.00265305
*RES
1 clock *1:4 1.1491 
*END

*D_NET *2 2.40556e-05
*CONN
*P clock_core I
*CAP
1 clock_core 1.20278e-05
2 *2:4 1.20278e-05
*RES
1 clock_core *2:4 0.341972 
*END

*D_NET *3 2.40556e-05
*CONN
*P por I
*CAP
1 por 1.20278e-05
2 *3:4 1.20278e-05
*RES
1 por *3:4 0.341972 
*END

*D_NET *4 0.0053061
*CONN
*P flash_clk I
*CAP
1 flash_clk 0.00265305
2 *4:4 0.00265305
*RES
1 flash_clk *4:4 1.1491 
*END

*D_NET *5 2.40556e-05
*CONN
*P flash_clk_core I
*CAP
1 flash_clk_core 1.20278e-05
2 *5:4 1.20278e-05
*RES
1 flash_clk_core *5:4 0.341972 
*END

*D_NET *6 2.40556e-05
*CONN
*P flash_clk_oeb_core I
*CAP
1 flash_clk_oeb_core 1.20278e-05
2 *6:4 1.20278e-05
*RES
1 flash_clk_oeb_core *6:4 0.341972 
*END

*D_NET *7 0.0053061
*CONN
*P flash_csb I
*CAP
1 flash_csb 0.00265305
2 *7:4 0.00265305
*RES
1 flash_csb *7:4 1.1491 
*END

*D_NET *8 2.40556e-05
*CONN
*P flash_csb_core I
*CAP
1 flash_csb_core 1.20278e-05
2 *8:4 1.20278e-05
*RES
1 flash_csb_core *8:4 0.341972 
*END

*D_NET *9 2.40556e-05
*CONN
*P flash_csb_oeb_core I
*CAP
1 flash_csb_oeb_core 1.20278e-05
2 *9:4 1.20278e-05
*RES
1 flash_csb_oeb_core *9:4 0.341972 
*END

*D_NET *10 0.0053061
*CONN
*P flash_io0 I
*CAP
1 flash_io0 0.00265305
2 *10:4 0.00265305
*RES
1 flash_io0 *10:4 1.1491 
*END

*D_NET *11 2.40556e-05
*CONN
*P flash_io0_di_core I
*CAP
1 flash_io0_di_core 1.20278e-05
2 *11:4 1.20278e-05
*RES
1 flash_io0_di_core *11:4 0.341972 
*END

*D_NET *12 2.40556e-05
*CONN
*P flash_io0_do_core I
*CAP
1 flash_io0_do_core 1.20278e-05
2 *12:4 1.20278e-05
*RES
1 flash_io0_do_core *12:4 0.341972 
*END

*D_NET *13 0.00348767
*CONN
*P flash_io0_ieb_core I
*CAP
1 flash_io0_ieb_core 1.63541e-05
2 *13:149 9.72998e-06
3 *13:143 5.96752e-06
4 *13:137 1.0746e-05
5 *13:131 5.58433e-06
6 *13:125 0.000114215
7 *13:119 1.16591e-05
8 *13:114 0.000131459
9 *13:108 1.93227e-05
10 *13:102 0.000657657
11 *13:96 0.000649081
12 *13:90 6.23774e-06
13 *13:84 9.67145e-06
14 *13:78 9.09219e-06
15 *13:72 0.000114215
16 *13:66 1.36125e-05
17 *13:61 0.00013692
18 *13:57 2.60765e-05
19 *13:49 4.17155e-05
20 *13:43 0.000657393
21 *13:37 0.00066624
22 *13:31 1.00382e-05
23 *13:29 3.49234e-05
24 *13:28 2.2276e-05
25 *13:22 6.59561e-06
26 *13:16 5.04272e-05
27 *13:15 3.41016e-05
28 *13:11 7.5398e-06
29 *13:4 8.8143e-06
30 *13:43 *14:49 0
31 *13:49 *14:49 0
32 *13:84 *14:49 0
33 *13:90 *14:49 0
34 *13:96 *14:49 0
35 *13:102 *14:49 0
36 *13:102 *14:55 0
37 *13:102 *14:84 0
*RES
1 flash_io0_ieb_core *13:4 0.341972 
2 flash_io0_ieb_core *13:11 0.421359 
3 *13:15 *13:16 0.861038 
4 *13:16 *13:22 0.317546 
5 *13:16 *13:28 0.168792 
6 *13:28 *13:29 0.289358 
7 *13:29 *13:31 0.277302 
8 *13:29 *13:37 0.301415 
9 *13:37 *13:43 18.5431 
10 *13:43 *13:49 0.301415 
11 *13:49 *13:57 0.56666 
12 *13:49 *13:61 0.168792 
13 *13:61 *13:66 0.317546 
14 *13:61 *13:72 3.13882 
15 *13:61 *13:78 0.317546 
16 *13:49 *13:84 0.301415 
17 *13:37 *13:90 0.301415 
18 *13:28 *13:96 0.301415 
19 *13:96 *13:102 17.9884 
20 *13:102 *13:108 0.301415 
21 *13:108 *13:114 0.168792 
22 *13:114 *13:119 0.317546 
23 *13:114 *13:125 3.13882 
24 *13:114 *13:131 0.317546 
25 *13:108 *13:137 0.301415 
26 *13:102 *13:143 0.301415 
27 *13:16 *13:149 0.317546 
*END

*D_NET *14 0.00465082
*CONN
*P flash_io0_oeb_core I
*CAP
1 flash_io0_oeb_core 1.76204e-05
2 *14:96 9.71403e-06
3 *14:90 5.96752e-06
4 *14:84 1.33677e-05
5 *14:78 5.58433e-06
6 *14:72 0.000230094
7 *14:66 9.84578e-06
8 *14:61 0.000245524
9 *14:55 2.19443e-05
10 *14:49 0.00185333
11 *14:43 0.00184476
12 *14:37 9.67145e-06
13 *14:31 2.60765e-05
14 *14:28 4.17155e-05
15 *14:22 7.80013e-06
16 *14:16 0.000153852
17 *14:15 0.000136338
18 *14:11 8.80606e-06
19 *14:4 8.8143e-06
20 *13:43 *14:49 0
21 *13:49 *14:49 0
22 *13:84 *14:49 0
23 *13:90 *14:49 0
24 *13:96 *14:49 0
25 *13:102 *14:49 0
26 *13:102 *14:55 0
27 *13:102 *14:84 0
*RES
1 flash_io0_oeb_core *14:4 0.341972 
2 flash_io0_oeb_core *14:11 0.421359 
3 *14:15 *14:16 3.7678 
4 *14:16 *14:22 0.317546 
5 *14:16 *14:28 0.168792 
6 *14:28 *14:31 0.56666 
7 *14:28 *14:37 0.301415 
8 *14:28 *14:43 0.301415 
9 *14:43 *14:49 51.8193 
10 *14:49 *14:55 0.301415 
11 *14:55 *14:61 0.168792 
12 *14:61 *14:66 0.317546 
13 *14:61 *14:72 6.04558 
14 *14:61 *14:78 0.317546 
15 *14:55 *14:84 0.301415 
16 *14:49 *14:90 0.301415 
17 *14:16 *14:96 0.317546 
*END

*D_NET *15 0.0053061
*CONN
*P flash_io1 I
*CAP
1 flash_io1 0.00265305
2 *15:4 0.00265305
*RES
1 flash_io1 *15:4 1.1491 
*END

*D_NET *16 2.40556e-05
*CONN
*P flash_io1_di_core I
*CAP
1 flash_io1_di_core 1.20278e-05
2 *16:4 1.20278e-05
*RES
1 flash_io1_di_core *16:4 0.341972 
*END

*D_NET *17 2.40556e-05
*CONN
*P flash_io1_do_core I
*CAP
1 flash_io1_do_core 1.20278e-05
2 *17:4 1.20278e-05
*RES
1 flash_io1_do_core *17:4 0.341972 
*END

*D_NET *18 0.003047
*CONN
*P flash_io1_ieb_core I
*CAP
1 flash_io1_ieb_core 7.62168e-05
2 *18:171 6.0139e-06
3 *18:164 1.29348e-05
4 *18:157 1.12383e-05
5 *18:151 5.37302e-06
6 *18:145 1.0746e-05
7 *18:139 7.40674e-06
8 *18:133 2.70379e-05
9 *18:127 1.34239e-05
10 *18:121 4.46015e-05
11 *18:116 1.15465e-05
12 *18:110 1.64345e-05
13 *18:104 0.000654175
14 *18:98 0.000648486
15 *18:92 5.37302e-06
16 *18:86 9.67145e-06
17 *18:80 9.60674e-06
18 *18:74 1.49273e-05
19 *18:68 1.06317e-05
20 *18:62 4.09273e-05
21 *18:57 2.4975e-05
22 *18:53 2.24268e-05
23 *18:45 3.74713e-05
24 *18:39 0.00059748
25 *18:33 0.000603169
26 *18:27 6.26172e-06
27 *18:25 2.82587e-05
28 *18:24 2.16815e-05
29 *18:18 1.5378e-05
30 *18:11 4.62058e-05
31 *18:4 6.92255e-06
32 *18:27 *19:49 0
33 *18:39 *19:49 0
34 *18:45 *19:49 0
35 *18:53 *19:49 0
36 *18:86 *19:49 0
37 *18:92 *19:49 0
38 *18:98 *19:49 0
39 *18:104 *19:49 0
40 *18:104 *19:55 0
41 *18:104 *19:90 0
*RES
1 flash_io1_ieb_core *18:4 0.341972 
2 flash_io1_ieb_core *18:11 1.17858 
3 flash_io1_ieb_core *18:18 1.25186 
4 *18:18 *18:24 0.168792 
5 *18:24 *18:25 0.289358 
6 *18:25 *18:27 0.277302 
7 *18:25 *18:33 0.301415 
8 *18:33 *18:39 16.8792 
9 *18:39 *18:45 0.301415 
10 *18:45 *18:53 0.56666 
11 *18:45 *18:57 0.168792 
12 *18:57 *18:62 0.922104 
13 *18:62 *18:68 0.604558 
14 *18:62 *18:74 0.848824 
15 *18:57 *18:80 0.317546 
16 *18:45 *18:86 0.301415 
17 *18:33 *18:92 0.301415 
18 *18:24 *18:98 0.301415 
19 *18:98 *18:104 17.9884 
20 *18:104 *18:110 0.301415 
21 *18:110 *18:116 0.168792 
22 *18:116 *18:121 1.08088 
23 *18:121 *18:127 0.763331 
24 *18:121 *18:133 1.0076 
25 *18:116 *18:139 0.317546 
26 *18:110 *18:145 0.301415 
27 *18:104 *18:151 0.301415 
28 *18:18 *18:157 0.317546 
29 flash_io1_ieb_core *18:164 0.934317 
30 flash_io1_ieb_core *18:171 0.341972 
*END

*D_NET *19 0.00434843
*CONN
*P flash_io1_oeb_core I
*CAP
1 flash_io1_oeb_core 1.89091e-05
2 *19:102 9.71403e-06
3 *19:96 5.96752e-06
4 *19:90 1.33677e-05
5 *19:84 5.58433e-06
6 *19:78 1.00948e-05
7 *19:72 0.000155918
8 *19:66 5.55014e-06
9 *19:61 0.000156958
10 *19:55 2.19443e-05
11 *19:49 0.00185233
12 *19:43 0.00184376
13 *19:37 9.67145e-06
14 *19:31 2.60765e-05
15 *19:28 4.17155e-05
16 *19:22 7.81018e-06
17 *19:16 8.08362e-05
18 *19:15 6.3312e-05
19 *19:11 1.00948e-05
20 *19:4 8.8143e-06
21 *18:27 *19:49 0
22 *18:39 *19:49 0
23 *18:45 *19:49 0
24 *18:53 *19:49 0
25 *18:86 *19:49 0
26 *18:92 *19:49 0
27 *18:98 *19:49 0
28 *18:104 *19:49 0
29 *18:104 *19:55 0
30 *18:104 *19:90 0
*RES
1 flash_io1_oeb_core *19:4 0.341972 
2 flash_io1_oeb_core *19:11 0.457999 
3 *19:15 *19:16 1.69154 
4 *19:16 *19:22 0.317546 
5 *19:16 *19:28 0.168792 
6 *19:28 *19:31 0.56666 
7 *19:28 *19:37 0.301415 
8 *19:28 *19:43 0.301415 
9 *19:43 *19:49 51.8193 
10 *19:49 *19:55 0.301415 
11 *19:55 *19:61 0.168792 
12 *19:61 *19:66 0.317546 
13 *19:61 *19:72 3.88383 
14 *19:72 *19:78 0.287013 
15 *19:61 *19:84 0.317546 
16 *19:55 *19:90 0.301415 
17 *19:49 *19:96 0.301415 
18 *19:16 *19:102 0.317546 
*END

*D_NET *20 0.0053061
*CONN
*P gpio I
*CAP
1 gpio 0.00265305
2 *20:4 0.00265305
*RES
1 gpio *20:4 1.1491 
*END

*D_NET *21 2.40556e-05
*CONN
*P gpio_in_core I
*CAP
1 gpio_in_core 1.20278e-05
2 *21:4 1.20278e-05
*RES
1 gpio_in_core *21:4 0.341972 
*END

*D_NET *22 2.40556e-05
*CONN
*P gpio_inenb_core I
*CAP
1 gpio_inenb_core 1.20278e-05
2 *22:4 1.20278e-05
*RES
1 gpio_inenb_core *22:4 0.341972 
*END

*D_NET *23 2.40556e-05
*CONN
*P gpio_mode0_core I
*CAP
1 gpio_mode0_core 1.20278e-05
2 *23:4 1.20278e-05
*RES
1 gpio_mode0_core *23:4 0.341972 
*END

*D_NET *24 0.00312834
*CONN
*P gpio_mode1_core I
*CAP
1 gpio_mode1_core 1.20278e-05
2 *24:89 9.72998e-06
3 *24:83 5.96752e-06
4 *24:77 1.0746e-05
5 *24:71 5.58433e-06
6 *24:65 0.000114215
7 *24:59 1.16591e-05
8 *24:54 0.000131459
9 *24:48 1.93227e-05
10 *24:42 0.00131847
11 *24:36 0.00130989
12 *24:30 9.67145e-06
13 *24:24 2.60765e-05
14 *24:21 4.17155e-05
15 *24:15 5.92133e-06
16 *24:9 4.97529e-05
17 *24:8 3.41016e-05
18 *24:4 1.20278e-05
*RES
1 gpio_mode1_core *24:4 0.341972 
2 *24:8 *24:9 0.861038 
3 *24:9 *24:15 0.317546 
4 *24:9 *24:21 0.168792 
5 *24:21 *24:24 0.56666 
6 *24:21 *24:30 0.301415 
7 *24:21 *24:36 0.301415 
8 *24:36 *24:42 36.845 
9 *24:42 *24:48 0.301415 
10 *24:48 *24:54 0.168792 
11 *24:54 *24:59 0.317546 
12 *24:54 *24:65 3.13882 
13 *24:54 *24:71 0.317546 
14 *24:48 *24:77 0.301415 
15 *24:42 *24:83 0.301415 
16 *24:9 *24:89 0.317546 
*END

*D_NET *25 2.40556e-05
*CONN
*P gpio_out_core I
*CAP
1 gpio_out_core 1.20278e-05
2 *25:4 1.20278e-05
*RES
1 gpio_out_core *25:4 0.341972 
*END

*D_NET *26 2.40556e-05
*CONN
*P gpio_outenb_core I
*CAP
1 gpio_outenb_core 1.20278e-05
2 *26:4 1.20278e-05
*RES
1 gpio_outenb_core *26:4 0.341972 
*END

*D_NET *27 0.00570109
*CONN
*P vccd_pad I
*CAP
1 vccd_pad 0.00285055
2 *27:4 0.00285055
*RES
1 vccd_pad *27:4 1.23464 
*END

*D_NET *28 0.00515692
*CONN
*P vdda_pad I
*CAP
1 vdda_pad 0.00257846
2 *28:4 0.00257846
*RES
1 vdda_pad *28:4 1.1168 
*END

*D_NET *29 0.00515522
*CONN
*P vddio_pad I
*CAP
1 vddio_pad 0.00257761
2 *29:4 0.00257761
*RES
1 vddio_pad *29:4 1.11643 
*END

*D_NET *30 0.00515522
*CONN
*P vddio_pad2 I
*CAP
1 vddio_pad2 0.00257761
2 *30:4 0.00257761
*RES
1 vddio_pad2 *30:4 1.11643 
*END

*D_NET *31 0.00515692
*CONN
*P vssa_pad I
*CAP
1 vssa_pad 0.00257846
2 *31:4 0.00257846
*RES
1 vssa_pad *31:4 1.1168 
*END

*D_NET *32 0.00461105
*CONN
*P vssd_pad I
*CAP
1 vssd_pad 0.00230553
2 *32:4 0.00230553
*RES
1 vssd_pad *32:4 0.998583 
*END

*D_NET *33 0.00515692
*CONN
*P vssio_pad I
*CAP
1 vssio_pad 0.00257846
2 *33:4 0.00257846
*RES
1 vssio_pad *33:4 1.1168 
*END

*D_NET *34 0.00515692
*CONN
*P vssio_pad2 I
*CAP
1 vssio_pad2 0.00257846
2 *34:4 0.00257846
*RES
1 vssio_pad2 *34:4 1.1168 
*END

*D_NET *35 0.00529339
*CONN
*P mprj_io[0] I
*CAP
1 mprj_io[0] 0.00264669
2 *35:4 0.00264669
*RES
1 mprj_io[0] *35:4 1.14635 
*END

*D_NET *36 0.000206191
*CONN
*P mprj_io_analog_en[0] I
*CAP
1 mprj_io_analog_en[0] 0.000103095
2 *36:4 0.000103095
3 *36:4 *39:4 0
*RES
1 mprj_io_analog_en[0] *36:4 2.93119 
*END

*D_NET *37 0.000206191
*CONN
*P mprj_io_analog_pol[0] I
*CAP
1 mprj_io_analog_pol[0] 0.000103095
2 *37:4 0.000103095
3 *37:4 *39:4 0
4 *37:4 *44:4 0
*RES
1 mprj_io_analog_pol[0] *37:4 2.93119 
*END

*D_NET *38 0.000206191
*CONN
*P mprj_io_analog_sel[0] I
*CAP
1 mprj_io_analog_sel[0] 0.000103095
2 *38:4 0.000103095
3 *38:4 *41:4 0
*RES
1 mprj_io_analog_sel[0] *38:4 2.93119 
*END

*D_NET *39 0.000206191
*CONN
*P mprj_io_dm[0] I
*CAP
1 mprj_io_dm[0] 0.000103095
2 *39:4 0.000103095
3 *36:4 *39:4 0
4 *37:4 *39:4 0
*RES
1 mprj_io_dm[0] *39:4 2.93119 
*END

*D_NET *40 0.000206191
*CONN
*P mprj_io_dm[1] I
*CAP
1 mprj_io_dm[1] 0.000103095
2 *40:4 0.000103095
*RES
1 mprj_io_dm[1] *40:4 2.93119 
*END

*D_NET *41 0.000206191
*CONN
*P mprj_io_dm[2] I
*CAP
1 mprj_io_dm[2] 0.000103095
2 *41:4 0.000103095
3 *41:4 *42:4 0
4 *38:4 *41:4 0
*RES
1 mprj_io_dm[2] *41:4 2.93119 
*END

*D_NET *42 0.000206191
*CONN
*P mprj_io_holdover[0] I
*CAP
1 mprj_io_holdover[0] 0.000103095
2 *42:4 0.000103095
3 *42:4 *46:4 0
4 *41:4 *42:4 0
*RES
1 mprj_io_holdover[0] *42:4 2.93119 
*END

*D_NET *43 0.000206191
*CONN
*P mprj_io_ib_mode_sel[0] I
*CAP
1 mprj_io_ib_mode_sel[0] 0.000103095
2 *43:4 0.000103095
3 *43:4 *45:4 0
4 *43:4 *48:4 0
*RES
1 mprj_io_ib_mode_sel[0] *43:4 2.93119 
*END

*D_NET *44 0.000206191
*CONN
*P mprj_io_inp_dis[0] I
*CAP
1 mprj_io_inp_dis[0] 0.000103095
2 *44:4 0.000103095
3 *37:4 *44:4 0
*RES
1 mprj_io_inp_dis[0] *44:4 2.93119 
*END

*D_NET *45 0.000206191
*CONN
*P mprj_io_oeb[0] I
*CAP
1 mprj_io_oeb[0] 0.000103095
2 *45:4 0.000103095
3 *43:4 *45:4 0
*RES
1 mprj_io_oeb[0] *45:4 2.93119 
*END

*D_NET *46 0.000206191
*CONN
*P mprj_io_out[0] I
*CAP
1 mprj_io_out[0] 0.000103095
2 *46:4 0.000103095
3 *42:4 *46:4 0
*RES
1 mprj_io_out[0] *46:4 2.93119 
*END

*D_NET *47 0.000206191
*CONN
*P mprj_io_slow_sel[0] I
*CAP
1 mprj_io_slow_sel[0] 0.000103095
2 *47:4 0.000103095
*RES
1 mprj_io_slow_sel[0] *47:4 2.93119 
*END

*D_NET *48 0.000206191
*CONN
*P mprj_io_vtrip_sel[0] I
*CAP
1 mprj_io_vtrip_sel[0] 0.000103095
2 *48:4 0.000103095
3 *43:4 *48:4 0
*RES
1 mprj_io_vtrip_sel[0] *48:4 2.93119 
*END

*D_NET *49 0.000206191
*CONN
*P mprj_io_in[0] I
*CAP
1 mprj_io_in[0] 0.000103095
2 *49:4 0.000103095
*RES
1 mprj_io_in[0] *49:4 2.93119 
*END

*D_NET *50 0.000206191
*CONN
*P mprj_analog_io[3] I
*CAP
1 mprj_analog_io[3] 0.000103095
2 *50:4 0.000103095
3 *50:4 *63:4 0
*RES
1 mprj_analog_io[3] *50:4 2.93119 
*END

*D_NET *51 0.00529339
*CONN
*P mprj_io[10] I
*CAP
1 mprj_io[10] 0.00264669
2 *51:4 0.00264669
*RES
1 mprj_io[10] *51:4 1.14635 
*END

*D_NET *52 0.000206191
*CONN
*P mprj_io_analog_en[10] I
*CAP
1 mprj_io_analog_en[10] 0.000103095
2 *52:4 0.000103095
3 *52:4 *55:4 0
*RES
1 mprj_io_analog_en[10] *52:4 2.93119 
*END

*D_NET *53 0.000206191
*CONN
*P mprj_io_analog_pol[10] I
*CAP
1 mprj_io_analog_pol[10] 0.000103095
2 *53:4 0.000103095
3 *53:4 *55:4 0
4 *53:4 *60:4 0
*RES
1 mprj_io_analog_pol[10] *53:4 2.93119 
*END

*D_NET *54 0.000206191
*CONN
*P mprj_io_analog_sel[10] I
*CAP
1 mprj_io_analog_sel[10] 0.000103095
2 *54:4 0.000103095
3 *54:4 *57:4 0
*RES
1 mprj_io_analog_sel[10] *54:4 2.93119 
*END

*D_NET *55 0.000206191
*CONN
*P mprj_io_dm[30] I
*CAP
1 mprj_io_dm[30] 0.000103095
2 *55:4 0.000103095
3 *52:4 *55:4 0
4 *53:4 *55:4 0
*RES
1 mprj_io_dm[30] *55:4 2.93119 
*END

*D_NET *56 0.000206191
*CONN
*P mprj_io_dm[31] I
*CAP
1 mprj_io_dm[31] 0.000103095
2 *56:4 0.000103095
*RES
1 mprj_io_dm[31] *56:4 2.93119 
*END

*D_NET *57 0.000206191
*CONN
*P mprj_io_dm[32] I
*CAP
1 mprj_io_dm[32] 0.000103095
2 *57:4 0.000103095
3 *57:4 *58:4 0
4 *54:4 *57:4 0
*RES
1 mprj_io_dm[32] *57:4 2.93119 
*END

*D_NET *58 0.000206191
*CONN
*P mprj_io_holdover[10] I
*CAP
1 mprj_io_holdover[10] 0.000103095
2 *58:4 0.000103095
3 *58:4 *62:4 0
4 *57:4 *58:4 0
*RES
1 mprj_io_holdover[10] *58:4 2.93119 
*END

*D_NET *59 0.000206191
*CONN
*P mprj_io_ib_mode_sel[10] I
*CAP
1 mprj_io_ib_mode_sel[10] 0.000103095
2 *59:4 0.000103095
3 *59:4 *61:4 0
4 *59:4 *64:4 0
*RES
1 mprj_io_ib_mode_sel[10] *59:4 2.93119 
*END

*D_NET *60 0.000206191
*CONN
*P mprj_io_inp_dis[10] I
*CAP
1 mprj_io_inp_dis[10] 0.000103095
2 *60:4 0.000103095
3 *53:4 *60:4 0
*RES
1 mprj_io_inp_dis[10] *60:4 2.93119 
*END

*D_NET *61 0.000206191
*CONN
*P mprj_io_oeb[10] I
*CAP
1 mprj_io_oeb[10] 0.000103095
2 *61:4 0.000103095
3 *59:4 *61:4 0
*RES
1 mprj_io_oeb[10] *61:4 2.93119 
*END

*D_NET *62 0.000206191
*CONN
*P mprj_io_out[10] I
*CAP
1 mprj_io_out[10] 0.000103095
2 *62:4 0.000103095
3 *58:4 *62:4 0
*RES
1 mprj_io_out[10] *62:4 2.93119 
*END

*D_NET *63 0.000206191
*CONN
*P mprj_io_slow_sel[10] I
*CAP
1 mprj_io_slow_sel[10] 0.000103095
2 *63:4 0.000103095
3 *50:4 *63:4 0
*RES
1 mprj_io_slow_sel[10] *63:4 2.93119 
*END

*D_NET *64 0.000206191
*CONN
*P mprj_io_vtrip_sel[10] I
*CAP
1 mprj_io_vtrip_sel[10] 0.000103095
2 *64:4 0.000103095
3 *59:4 *64:4 0
*RES
1 mprj_io_vtrip_sel[10] *64:4 2.93119 
*END

*D_NET *65 0.000206191
*CONN
*P mprj_io_in[10] I
*CAP
1 mprj_io_in[10] 0.000103095
2 *65:4 0.000103095
*RES
1 mprj_io_in[10] *65:4 2.93119 
*END

*D_NET *66 0.000206191
*CONN
*P mprj_analog_io[4] I
*CAP
1 mprj_analog_io[4] 0.000103095
2 *66:4 0.000103095
3 *66:4 *79:4 0
*RES
1 mprj_analog_io[4] *66:4 2.93119 
*END

*D_NET *67 0.00529339
*CONN
*P mprj_io[11] I
*CAP
1 mprj_io[11] 0.00264669
2 *67:4 0.00264669
*RES
1 mprj_io[11] *67:4 1.14635 
*END

*D_NET *68 0.000206191
*CONN
*P mprj_io_analog_en[11] I
*CAP
1 mprj_io_analog_en[11] 0.000103095
2 *68:4 0.000103095
3 *68:4 *71:4 0
*RES
1 mprj_io_analog_en[11] *68:4 2.93119 
*END

*D_NET *69 0.000206191
*CONN
*P mprj_io_analog_pol[11] I
*CAP
1 mprj_io_analog_pol[11] 0.000103095
2 *69:4 0.000103095
3 *69:4 *71:4 0
4 *69:4 *76:4 0
*RES
1 mprj_io_analog_pol[11] *69:4 2.93119 
*END

*D_NET *70 0.000206191
*CONN
*P mprj_io_analog_sel[11] I
*CAP
1 mprj_io_analog_sel[11] 0.000103095
2 *70:4 0.000103095
3 *70:4 *73:4 0
*RES
1 mprj_io_analog_sel[11] *70:4 2.93119 
*END

*D_NET *71 0.000206191
*CONN
*P mprj_io_dm[33] I
*CAP
1 mprj_io_dm[33] 0.000103095
2 *71:4 0.000103095
3 *68:4 *71:4 0
4 *69:4 *71:4 0
*RES
1 mprj_io_dm[33] *71:4 2.93119 
*END

*D_NET *72 0.000206191
*CONN
*P mprj_io_dm[34] I
*CAP
1 mprj_io_dm[34] 0.000103095
2 *72:4 0.000103095
*RES
1 mprj_io_dm[34] *72:4 2.93119 
*END

*D_NET *73 0.000206191
*CONN
*P mprj_io_dm[35] I
*CAP
1 mprj_io_dm[35] 0.000103095
2 *73:4 0.000103095
3 *73:4 *74:4 0
4 *70:4 *73:4 0
*RES
1 mprj_io_dm[35] *73:4 2.93119 
*END

*D_NET *74 0.000206191
*CONN
*P mprj_io_holdover[11] I
*CAP
1 mprj_io_holdover[11] 0.000103095
2 *74:4 0.000103095
3 *74:4 *78:4 0
4 *73:4 *74:4 0
*RES
1 mprj_io_holdover[11] *74:4 2.93119 
*END

*D_NET *75 0.000206191
*CONN
*P mprj_io_ib_mode_sel[11] I
*CAP
1 mprj_io_ib_mode_sel[11] 0.000103095
2 *75:4 0.000103095
3 *75:4 *77:4 0
4 *75:4 *80:4 0
*RES
1 mprj_io_ib_mode_sel[11] *75:4 2.93119 
*END

*D_NET *76 0.000206191
*CONN
*P mprj_io_inp_dis[11] I
*CAP
1 mprj_io_inp_dis[11] 0.000103095
2 *76:4 0.000103095
3 *69:4 *76:4 0
*RES
1 mprj_io_inp_dis[11] *76:4 2.93119 
*END

*D_NET *77 0.000206191
*CONN
*P mprj_io_oeb[11] I
*CAP
1 mprj_io_oeb[11] 0.000103095
2 *77:4 0.000103095
3 *75:4 *77:4 0
*RES
1 mprj_io_oeb[11] *77:4 2.93119 
*END

*D_NET *78 0.000206191
*CONN
*P mprj_io_out[11] I
*CAP
1 mprj_io_out[11] 0.000103095
2 *78:4 0.000103095
3 *74:4 *78:4 0
*RES
1 mprj_io_out[11] *78:4 2.93119 
*END

*D_NET *79 0.000206191
*CONN
*P mprj_io_slow_sel[11] I
*CAP
1 mprj_io_slow_sel[11] 0.000103095
2 *79:4 0.000103095
3 *66:4 *79:4 0
*RES
1 mprj_io_slow_sel[11] *79:4 2.93119 
*END

*D_NET *80 0.000206191
*CONN
*P mprj_io_vtrip_sel[11] I
*CAP
1 mprj_io_vtrip_sel[11] 0.000103095
2 *80:4 0.000103095
3 *75:4 *80:4 0
*RES
1 mprj_io_vtrip_sel[11] *80:4 2.93119 
*END

*D_NET *81 0.000206191
*CONN
*P mprj_io_in[11] I
*CAP
1 mprj_io_in[11] 0.000103095
2 *81:4 0.000103095
*RES
1 mprj_io_in[11] *81:4 2.93119 
*END

*D_NET *82 0.000206191
*CONN
*P mprj_analog_io[5] I
*CAP
1 mprj_analog_io[5] 0.000103095
2 *82:4 0.000103095
3 *82:4 *95:4 0
*RES
1 mprj_analog_io[5] *82:4 2.93119 
*END

*D_NET *83 0.00529339
*CONN
*P mprj_io[12] I
*CAP
1 mprj_io[12] 0.00264669
2 *83:4 0.00264669
*RES
1 mprj_io[12] *83:4 1.14635 
*END

*D_NET *84 0.000206191
*CONN
*P mprj_io_analog_en[12] I
*CAP
1 mprj_io_analog_en[12] 0.000103095
2 *84:4 0.000103095
3 *84:4 *87:4 0
*RES
1 mprj_io_analog_en[12] *84:4 2.93119 
*END

*D_NET *85 0.000206191
*CONN
*P mprj_io_analog_pol[12] I
*CAP
1 mprj_io_analog_pol[12] 0.000103095
2 *85:4 0.000103095
3 *85:4 *87:4 0
4 *85:4 *92:4 0
*RES
1 mprj_io_analog_pol[12] *85:4 2.93119 
*END

*D_NET *86 0.000206191
*CONN
*P mprj_io_analog_sel[12] I
*CAP
1 mprj_io_analog_sel[12] 0.000103095
2 *86:4 0.000103095
3 *86:4 *89:4 0
*RES
1 mprj_io_analog_sel[12] *86:4 2.93119 
*END

*D_NET *87 0.000206191
*CONN
*P mprj_io_dm[36] I
*CAP
1 mprj_io_dm[36] 0.000103095
2 *87:4 0.000103095
3 *84:4 *87:4 0
4 *85:4 *87:4 0
*RES
1 mprj_io_dm[36] *87:4 2.93119 
*END

*D_NET *88 0.000206191
*CONN
*P mprj_io_dm[37] I
*CAP
1 mprj_io_dm[37] 0.000103095
2 *88:4 0.000103095
*RES
1 mprj_io_dm[37] *88:4 2.93119 
*END

*D_NET *89 0.000206191
*CONN
*P mprj_io_dm[38] I
*CAP
1 mprj_io_dm[38] 0.000103095
2 *89:4 0.000103095
3 *89:4 *90:4 0
4 *86:4 *89:4 0
*RES
1 mprj_io_dm[38] *89:4 2.93119 
*END

*D_NET *90 0.000206191
*CONN
*P mprj_io_holdover[12] I
*CAP
1 mprj_io_holdover[12] 0.000103095
2 *90:4 0.000103095
3 *90:4 *94:4 0
4 *89:4 *90:4 0
*RES
1 mprj_io_holdover[12] *90:4 2.93119 
*END

*D_NET *91 0.000206191
*CONN
*P mprj_io_ib_mode_sel[12] I
*CAP
1 mprj_io_ib_mode_sel[12] 0.000103095
2 *91:4 0.000103095
3 *91:4 *93:4 0
4 *91:4 *96:4 0
*RES
1 mprj_io_ib_mode_sel[12] *91:4 2.93119 
*END

*D_NET *92 0.000206191
*CONN
*P mprj_io_inp_dis[12] I
*CAP
1 mprj_io_inp_dis[12] 0.000103095
2 *92:4 0.000103095
3 *85:4 *92:4 0
*RES
1 mprj_io_inp_dis[12] *92:4 2.93119 
*END

*D_NET *93 0.000206191
*CONN
*P mprj_io_oeb[12] I
*CAP
1 mprj_io_oeb[12] 0.000103095
2 *93:4 0.000103095
3 *91:4 *93:4 0
*RES
1 mprj_io_oeb[12] *93:4 2.93119 
*END

*D_NET *94 0.000206191
*CONN
*P mprj_io_out[12] I
*CAP
1 mprj_io_out[12] 0.000103095
2 *94:4 0.000103095
3 *90:4 *94:4 0
*RES
1 mprj_io_out[12] *94:4 2.93119 
*END

*D_NET *95 0.000206191
*CONN
*P mprj_io_slow_sel[12] I
*CAP
1 mprj_io_slow_sel[12] 0.000103095
2 *95:4 0.000103095
3 *82:4 *95:4 0
*RES
1 mprj_io_slow_sel[12] *95:4 2.93119 
*END

*D_NET *96 0.000206191
*CONN
*P mprj_io_vtrip_sel[12] I
*CAP
1 mprj_io_vtrip_sel[12] 0.000103095
2 *96:4 0.000103095
3 *91:4 *96:4 0
*RES
1 mprj_io_vtrip_sel[12] *96:4 2.93119 
*END

*D_NET *97 0.000206191
*CONN
*P mprj_io_in[12] I
*CAP
1 mprj_io_in[12] 0.000103095
2 *97:4 0.000103095
*RES
1 mprj_io_in[12] *97:4 2.93119 
*END

*D_NET *98 0.000206191
*CONN
*P mprj_analog_io[6] I
*CAP
1 mprj_analog_io[6] 0.000103095
2 *98:4 0.000103095
3 *98:4 *111:4 0
*RES
1 mprj_analog_io[6] *98:4 2.93119 
*END

*D_NET *99 0.00529339
*CONN
*P mprj_io[13] I
*CAP
1 mprj_io[13] 0.00264669
2 *99:4 0.00264669
*RES
1 mprj_io[13] *99:4 1.14635 
*END

*D_NET *100 0.000206191
*CONN
*P mprj_io_analog_en[13] I
*CAP
1 mprj_io_analog_en[13] 0.000103095
2 *100:4 0.000103095
3 *100:4 *103:4 0
*RES
1 mprj_io_analog_en[13] *100:4 2.93119 
*END

*D_NET *101 0.000206191
*CONN
*P mprj_io_analog_pol[13] I
*CAP
1 mprj_io_analog_pol[13] 0.000103095
2 *101:4 0.000103095
3 *101:4 *103:4 0
4 *101:4 *108:4 0
*RES
1 mprj_io_analog_pol[13] *101:4 2.93119 
*END

*D_NET *102 0.000206191
*CONN
*P mprj_io_analog_sel[13] I
*CAP
1 mprj_io_analog_sel[13] 0.000103095
2 *102:4 0.000103095
3 *102:4 *105:4 0
*RES
1 mprj_io_analog_sel[13] *102:4 2.93119 
*END

*D_NET *103 0.000206191
*CONN
*P mprj_io_dm[39] I
*CAP
1 mprj_io_dm[39] 0.000103095
2 *103:4 0.000103095
3 *100:4 *103:4 0
4 *101:4 *103:4 0
*RES
1 mprj_io_dm[39] *103:4 2.93119 
*END

*D_NET *104 0.000206191
*CONN
*P mprj_io_dm[40] I
*CAP
1 mprj_io_dm[40] 0.000103095
2 *104:4 0.000103095
*RES
1 mprj_io_dm[40] *104:4 2.93119 
*END

*D_NET *105 0.000206191
*CONN
*P mprj_io_dm[41] I
*CAP
1 mprj_io_dm[41] 0.000103095
2 *105:4 0.000103095
3 *105:4 *106:4 0
4 *102:4 *105:4 0
*RES
1 mprj_io_dm[41] *105:4 2.93119 
*END

*D_NET *106 0.000206191
*CONN
*P mprj_io_holdover[13] I
*CAP
1 mprj_io_holdover[13] 0.000103095
2 *106:4 0.000103095
3 *106:4 *110:4 0
4 *105:4 *106:4 0
*RES
1 mprj_io_holdover[13] *106:4 2.93119 
*END

*D_NET *107 0.000206191
*CONN
*P mprj_io_ib_mode_sel[13] I
*CAP
1 mprj_io_ib_mode_sel[13] 0.000103095
2 *107:4 0.000103095
3 *107:4 *109:4 0
4 *107:4 *112:4 0
*RES
1 mprj_io_ib_mode_sel[13] *107:4 2.93119 
*END

*D_NET *108 0.000206191
*CONN
*P mprj_io_inp_dis[13] I
*CAP
1 mprj_io_inp_dis[13] 0.000103095
2 *108:4 0.000103095
3 *101:4 *108:4 0
*RES
1 mprj_io_inp_dis[13] *108:4 2.93119 
*END

*D_NET *109 0.000206191
*CONN
*P mprj_io_oeb[13] I
*CAP
1 mprj_io_oeb[13] 0.000103095
2 *109:4 0.000103095
3 *107:4 *109:4 0
*RES
1 mprj_io_oeb[13] *109:4 2.93119 
*END

*D_NET *110 0.000206191
*CONN
*P mprj_io_out[13] I
*CAP
1 mprj_io_out[13] 0.000103095
2 *110:4 0.000103095
3 *106:4 *110:4 0
*RES
1 mprj_io_out[13] *110:4 2.93119 
*END

*D_NET *111 0.000206191
*CONN
*P mprj_io_slow_sel[13] I
*CAP
1 mprj_io_slow_sel[13] 0.000103095
2 *111:4 0.000103095
3 *98:4 *111:4 0
*RES
1 mprj_io_slow_sel[13] *111:4 2.93119 
*END

*D_NET *112 0.000206191
*CONN
*P mprj_io_vtrip_sel[13] I
*CAP
1 mprj_io_vtrip_sel[13] 0.000103095
2 *112:4 0.000103095
3 *107:4 *112:4 0
*RES
1 mprj_io_vtrip_sel[13] *112:4 2.93119 
*END

*D_NET *113 0.000206191
*CONN
*P mprj_io_in[13] I
*CAP
1 mprj_io_in[13] 0.000103095
2 *113:4 0.000103095
*RES
1 mprj_io_in[13] *113:4 2.93119 
*END

*D_NET *114 0.000206191
*CONN
*P mprj_analog_io[7] I
*CAP
1 mprj_analog_io[7] 0.000103095
2 *114:4 0.000103095
3 *114:4 *127:4 0
*RES
1 mprj_analog_io[7] *114:4 2.93119 
*END

*D_NET *115 0.00529339
*CONN
*P mprj_io[14] I
*CAP
1 mprj_io[14] 0.00264669
2 *115:4 0.00264669
*RES
1 mprj_io[14] *115:4 1.14635 
*END

*D_NET *116 0.000206191
*CONN
*P mprj_io_analog_en[14] I
*CAP
1 mprj_io_analog_en[14] 0.000103095
2 *116:4 0.000103095
3 *116:4 *119:4 0
*RES
1 mprj_io_analog_en[14] *116:4 2.93119 
*END

*D_NET *117 0.000206191
*CONN
*P mprj_io_analog_pol[14] I
*CAP
1 mprj_io_analog_pol[14] 0.000103095
2 *117:4 0.000103095
3 *117:4 *119:4 0
4 *117:4 *124:4 0
*RES
1 mprj_io_analog_pol[14] *117:4 2.93119 
*END

*D_NET *118 0.000206191
*CONN
*P mprj_io_analog_sel[14] I
*CAP
1 mprj_io_analog_sel[14] 0.000103095
2 *118:4 0.000103095
3 *118:4 *121:4 0
*RES
1 mprj_io_analog_sel[14] *118:4 2.93119 
*END

*D_NET *119 0.000206191
*CONN
*P mprj_io_dm[42] I
*CAP
1 mprj_io_dm[42] 0.000103095
2 *119:4 0.000103095
3 *116:4 *119:4 0
4 *117:4 *119:4 0
*RES
1 mprj_io_dm[42] *119:4 2.93119 
*END

*D_NET *120 0.000206191
*CONN
*P mprj_io_dm[43] I
*CAP
1 mprj_io_dm[43] 0.000103095
2 *120:4 0.000103095
*RES
1 mprj_io_dm[43] *120:4 2.93119 
*END

*D_NET *121 0.000206191
*CONN
*P mprj_io_dm[44] I
*CAP
1 mprj_io_dm[44] 0.000103095
2 *121:4 0.000103095
3 *121:4 *122:4 0
4 *118:4 *121:4 0
*RES
1 mprj_io_dm[44] *121:4 2.93119 
*END

*D_NET *122 0.000206191
*CONN
*P mprj_io_holdover[14] I
*CAP
1 mprj_io_holdover[14] 0.000103095
2 *122:4 0.000103095
3 *122:4 *126:4 0
4 *121:4 *122:4 0
*RES
1 mprj_io_holdover[14] *122:4 2.93119 
*END

*D_NET *123 0.000206191
*CONN
*P mprj_io_ib_mode_sel[14] I
*CAP
1 mprj_io_ib_mode_sel[14] 0.000103095
2 *123:4 0.000103095
3 *123:4 *125:4 0
4 *123:4 *128:4 0
*RES
1 mprj_io_ib_mode_sel[14] *123:4 2.93119 
*END

*D_NET *124 0.000206191
*CONN
*P mprj_io_inp_dis[14] I
*CAP
1 mprj_io_inp_dis[14] 0.000103095
2 *124:4 0.000103095
3 *117:4 *124:4 0
*RES
1 mprj_io_inp_dis[14] *124:4 2.93119 
*END

*D_NET *125 0.000206191
*CONN
*P mprj_io_oeb[14] I
*CAP
1 mprj_io_oeb[14] 0.000103095
2 *125:4 0.000103095
3 *123:4 *125:4 0
*RES
1 mprj_io_oeb[14] *125:4 2.93119 
*END

*D_NET *126 0.000206191
*CONN
*P mprj_io_out[14] I
*CAP
1 mprj_io_out[14] 0.000103095
2 *126:4 0.000103095
3 *122:4 *126:4 0
*RES
1 mprj_io_out[14] *126:4 2.93119 
*END

*D_NET *127 0.000206191
*CONN
*P mprj_io_slow_sel[14] I
*CAP
1 mprj_io_slow_sel[14] 0.000103095
2 *127:4 0.000103095
3 *114:4 *127:4 0
*RES
1 mprj_io_slow_sel[14] *127:4 2.93119 
*END

*D_NET *128 0.000206191
*CONN
*P mprj_io_vtrip_sel[14] I
*CAP
1 mprj_io_vtrip_sel[14] 0.000103095
2 *128:4 0.000103095
3 *123:4 *128:4 0
*RES
1 mprj_io_vtrip_sel[14] *128:4 2.93119 
*END

*D_NET *129 0.000206191
*CONN
*P mprj_io_in[14] I
*CAP
1 mprj_io_in[14] 0.000103095
2 *129:4 0.000103095
*RES
1 mprj_io_in[14] *129:4 2.93119 
*END

*D_NET *130 2.40556e-05
*CONN
*P mprj_analog_io[8] I
*CAP
1 mprj_analog_io[8] 1.20278e-05
2 *130:4 1.20278e-05
*RES
1 mprj_analog_io[8] *130:4 0.341972 
*END

*D_NET *132 2.40556e-05
*CONN
*P mprj_io_analog_en[15] I
*CAP
1 mprj_io_analog_en[15] 1.20278e-05
2 *132:4 1.20278e-05
*RES
1 mprj_io_analog_en[15] *132:4 0.341972 
*END

*D_NET *133 2.40556e-05
*CONN
*P mprj_io_analog_pol[15] I
*CAP
1 mprj_io_analog_pol[15] 1.20278e-05
2 *133:4 1.20278e-05
*RES
1 mprj_io_analog_pol[15] *133:4 0.341972 
*END

*D_NET *134 2.40556e-05
*CONN
*P mprj_io_analog_sel[15] I
*CAP
1 mprj_io_analog_sel[15] 1.20278e-05
2 *134:4 1.20278e-05
*RES
1 mprj_io_analog_sel[15] *134:4 0.341972 
*END

*D_NET *135 2.40556e-05
*CONN
*P mprj_io_dm[45] I
*CAP
1 mprj_io_dm[45] 1.20278e-05
2 *135:4 1.20278e-05
*RES
1 mprj_io_dm[45] *135:4 0.341972 
*END

*D_NET *136 2.40556e-05
*CONN
*P mprj_io_dm[46] I
*CAP
1 mprj_io_dm[46] 1.20278e-05
2 *136:4 1.20278e-05
*RES
1 mprj_io_dm[46] *136:4 0.341972 
*END

*D_NET *137 2.40556e-05
*CONN
*P mprj_io_dm[47] I
*CAP
1 mprj_io_dm[47] 1.20278e-05
2 *137:4 1.20278e-05
*RES
1 mprj_io_dm[47] *137:4 0.341972 
*END

*D_NET *138 2.40556e-05
*CONN
*P mprj_io_holdover[15] I
*CAP
1 mprj_io_holdover[15] 1.20278e-05
2 *138:4 1.20278e-05
*RES
1 mprj_io_holdover[15] *138:4 0.341972 
*END

*D_NET *139 2.40556e-05
*CONN
*P mprj_io_ib_mode_sel[15] I
*CAP
1 mprj_io_ib_mode_sel[15] 1.20278e-05
2 *139:4 1.20278e-05
*RES
1 mprj_io_ib_mode_sel[15] *139:4 0.341972 
*END

*D_NET *140 2.40556e-05
*CONN
*P mprj_io_inp_dis[15] I
*CAP
1 mprj_io_inp_dis[15] 1.20278e-05
2 *140:4 1.20278e-05
*RES
1 mprj_io_inp_dis[15] *140:4 0.341972 
*END

*D_NET *141 2.40556e-05
*CONN
*P mprj_io_oeb[15] I
*CAP
1 mprj_io_oeb[15] 1.20278e-05
2 *141:4 1.20278e-05
*RES
1 mprj_io_oeb[15] *141:4 0.341972 
*END

*D_NET *142 2.40556e-05
*CONN
*P mprj_io_out[15] I
*CAP
1 mprj_io_out[15] 1.20278e-05
2 *142:4 1.20278e-05
*RES
1 mprj_io_out[15] *142:4 0.341972 
*END

*D_NET *143 2.40556e-05
*CONN
*P mprj_io_slow_sel[15] I
*CAP
1 mprj_io_slow_sel[15] 1.20278e-05
2 *143:4 1.20278e-05
*RES
1 mprj_io_slow_sel[15] *143:4 0.341972 
*END

*D_NET *144 2.40556e-05
*CONN
*P mprj_io_vtrip_sel[15] I
*CAP
1 mprj_io_vtrip_sel[15] 1.20278e-05
2 *144:4 1.20278e-05
*RES
1 mprj_io_vtrip_sel[15] *144:4 0.341972 
*END

*D_NET *145 2.40556e-05
*CONN
*P mprj_io_in[15] I
*CAP
1 mprj_io_in[15] 1.20278e-05
2 *145:4 1.20278e-05
*RES
1 mprj_io_in[15] *145:4 0.341972 
*END

*D_NET *146 2.40556e-05
*CONN
*P mprj_analog_io[9] I
*CAP
1 mprj_analog_io[9] 1.20278e-05
2 *146:4 1.20278e-05
*RES
1 mprj_analog_io[9] *146:4 0.341972 
*END

*D_NET *148 2.40556e-05
*CONN
*P mprj_io_analog_en[16] I
*CAP
1 mprj_io_analog_en[16] 1.20278e-05
2 *148:4 1.20278e-05
*RES
1 mprj_io_analog_en[16] *148:4 0.341972 
*END

*D_NET *149 2.40556e-05
*CONN
*P mprj_io_analog_pol[16] I
*CAP
1 mprj_io_analog_pol[16] 1.20278e-05
2 *149:4 1.20278e-05
*RES
1 mprj_io_analog_pol[16] *149:4 0.341972 
*END

*D_NET *150 2.40556e-05
*CONN
*P mprj_io_analog_sel[16] I
*CAP
1 mprj_io_analog_sel[16] 1.20278e-05
2 *150:4 1.20278e-05
*RES
1 mprj_io_analog_sel[16] *150:4 0.341972 
*END

*D_NET *151 2.40556e-05
*CONN
*P mprj_io_dm[48] I
*CAP
1 mprj_io_dm[48] 1.20278e-05
2 *151:4 1.20278e-05
*RES
1 mprj_io_dm[48] *151:4 0.341972 
*END

*D_NET *152 2.40556e-05
*CONN
*P mprj_io_dm[49] I
*CAP
1 mprj_io_dm[49] 1.20278e-05
2 *152:4 1.20278e-05
*RES
1 mprj_io_dm[49] *152:4 0.341972 
*END

*D_NET *153 2.40556e-05
*CONN
*P mprj_io_dm[50] I
*CAP
1 mprj_io_dm[50] 1.20278e-05
2 *153:4 1.20278e-05
*RES
1 mprj_io_dm[50] *153:4 0.341972 
*END

*D_NET *154 2.40556e-05
*CONN
*P mprj_io_holdover[16] I
*CAP
1 mprj_io_holdover[16] 1.20278e-05
2 *154:4 1.20278e-05
*RES
1 mprj_io_holdover[16] *154:4 0.341972 
*END

*D_NET *155 2.40556e-05
*CONN
*P mprj_io_ib_mode_sel[16] I
*CAP
1 mprj_io_ib_mode_sel[16] 1.20278e-05
2 *155:4 1.20278e-05
*RES
1 mprj_io_ib_mode_sel[16] *155:4 0.341972 
*END

*D_NET *156 2.40556e-05
*CONN
*P mprj_io_inp_dis[16] I
*CAP
1 mprj_io_inp_dis[16] 1.20278e-05
2 *156:4 1.20278e-05
*RES
1 mprj_io_inp_dis[16] *156:4 0.341972 
*END

*D_NET *157 2.40556e-05
*CONN
*P mprj_io_oeb[16] I
*CAP
1 mprj_io_oeb[16] 1.20278e-05
2 *157:4 1.20278e-05
*RES
1 mprj_io_oeb[16] *157:4 0.341972 
*END

*D_NET *158 2.40556e-05
*CONN
*P mprj_io_out[16] I
*CAP
1 mprj_io_out[16] 1.20278e-05
2 *158:4 1.20278e-05
*RES
1 mprj_io_out[16] *158:4 0.341972 
*END

*D_NET *159 2.40556e-05
*CONN
*P mprj_io_slow_sel[16] I
*CAP
1 mprj_io_slow_sel[16] 1.20278e-05
2 *159:4 1.20278e-05
*RES
1 mprj_io_slow_sel[16] *159:4 0.341972 
*END

*D_NET *160 2.40556e-05
*CONN
*P mprj_io_vtrip_sel[16] I
*CAP
1 mprj_io_vtrip_sel[16] 1.20278e-05
2 *160:4 1.20278e-05
*RES
1 mprj_io_vtrip_sel[16] *160:4 0.341972 
*END

*D_NET *161 2.40556e-05
*CONN
*P mprj_io_in[16] I
*CAP
1 mprj_io_in[16] 1.20278e-05
2 *161:4 1.20278e-05
*RES
1 mprj_io_in[16] *161:4 0.341972 
*END

*D_NET *162 2.40556e-05
*CONN
*P mprj_analog_io[10] I
*CAP
1 mprj_analog_io[10] 1.20278e-05
2 *162:4 1.20278e-05
*RES
1 mprj_analog_io[10] *162:4 0.341972 
*END

*D_NET *164 2.40556e-05
*CONN
*P mprj_io_analog_en[17] I
*CAP
1 mprj_io_analog_en[17] 1.20278e-05
2 *164:4 1.20278e-05
*RES
1 mprj_io_analog_en[17] *164:4 0.341972 
*END

*D_NET *165 2.40556e-05
*CONN
*P mprj_io_analog_pol[17] I
*CAP
1 mprj_io_analog_pol[17] 1.20278e-05
2 *165:4 1.20278e-05
*RES
1 mprj_io_analog_pol[17] *165:4 0.341972 
*END

*D_NET *166 2.40556e-05
*CONN
*P mprj_io_analog_sel[17] I
*CAP
1 mprj_io_analog_sel[17] 1.20278e-05
2 *166:4 1.20278e-05
*RES
1 mprj_io_analog_sel[17] *166:4 0.341972 
*END

*D_NET *167 2.40556e-05
*CONN
*P mprj_io_dm[51] I
*CAP
1 mprj_io_dm[51] 1.20278e-05
2 *167:4 1.20278e-05
*RES
1 mprj_io_dm[51] *167:4 0.341972 
*END

*D_NET *168 2.40556e-05
*CONN
*P mprj_io_dm[52] I
*CAP
1 mprj_io_dm[52] 1.20278e-05
2 *168:4 1.20278e-05
*RES
1 mprj_io_dm[52] *168:4 0.341972 
*END

*D_NET *169 2.40556e-05
*CONN
*P mprj_io_dm[53] I
*CAP
1 mprj_io_dm[53] 1.20278e-05
2 *169:4 1.20278e-05
*RES
1 mprj_io_dm[53] *169:4 0.341972 
*END

*D_NET *170 2.40556e-05
*CONN
*P mprj_io_holdover[17] I
*CAP
1 mprj_io_holdover[17] 1.20278e-05
2 *170:4 1.20278e-05
*RES
1 mprj_io_holdover[17] *170:4 0.341972 
*END

*D_NET *171 2.40556e-05
*CONN
*P mprj_io_ib_mode_sel[17] I
*CAP
1 mprj_io_ib_mode_sel[17] 1.20278e-05
2 *171:4 1.20278e-05
*RES
1 mprj_io_ib_mode_sel[17] *171:4 0.341972 
*END

*D_NET *172 2.40556e-05
*CONN
*P mprj_io_inp_dis[17] I
*CAP
1 mprj_io_inp_dis[17] 1.20278e-05
2 *172:4 1.20278e-05
*RES
1 mprj_io_inp_dis[17] *172:4 0.341972 
*END

*D_NET *173 2.40556e-05
*CONN
*P mprj_io_oeb[17] I
*CAP
1 mprj_io_oeb[17] 1.20278e-05
2 *173:4 1.20278e-05
*RES
1 mprj_io_oeb[17] *173:4 0.341972 
*END

*D_NET *174 2.40556e-05
*CONN
*P mprj_io_out[17] I
*CAP
1 mprj_io_out[17] 1.20278e-05
2 *174:4 1.20278e-05
*RES
1 mprj_io_out[17] *174:4 0.341972 
*END

*D_NET *175 2.40556e-05
*CONN
*P mprj_io_slow_sel[17] I
*CAP
1 mprj_io_slow_sel[17] 1.20278e-05
2 *175:4 1.20278e-05
*RES
1 mprj_io_slow_sel[17] *175:4 0.341972 
*END

*D_NET *176 2.40556e-05
*CONN
*P mprj_io_vtrip_sel[17] I
*CAP
1 mprj_io_vtrip_sel[17] 1.20278e-05
2 *176:4 1.20278e-05
*RES
1 mprj_io_vtrip_sel[17] *176:4 0.341972 
*END

*D_NET *177 2.40556e-05
*CONN
*P mprj_io_in[17] I
*CAP
1 mprj_io_in[17] 1.20278e-05
2 *177:4 1.20278e-05
*RES
1 mprj_io_in[17] *177:4 0.341972 
*END

*D_NET *178 2.40556e-05
*CONN
*P mprj_analog_io[11] I
*CAP
1 mprj_analog_io[11] 1.20278e-05
2 *178:4 1.20278e-05
*RES
1 mprj_analog_io[11] *178:4 0.341972 
*END

*D_NET *180 2.40556e-05
*CONN
*P mprj_io_analog_en[18] I
*CAP
1 mprj_io_analog_en[18] 1.20278e-05
2 *180:4 1.20278e-05
*RES
1 mprj_io_analog_en[18] *180:4 0.341972 
*END

*D_NET *181 2.40556e-05
*CONN
*P mprj_io_analog_pol[18] I
*CAP
1 mprj_io_analog_pol[18] 1.20278e-05
2 *181:4 1.20278e-05
*RES
1 mprj_io_analog_pol[18] *181:4 0.341972 
*END

*D_NET *182 2.40556e-05
*CONN
*P mprj_io_analog_sel[18] I
*CAP
1 mprj_io_analog_sel[18] 1.20278e-05
2 *182:4 1.20278e-05
*RES
1 mprj_io_analog_sel[18] *182:4 0.341972 
*END

*D_NET *183 2.40556e-05
*CONN
*P mprj_io_dm[54] I
*CAP
1 mprj_io_dm[54] 1.20278e-05
2 *183:4 1.20278e-05
*RES
1 mprj_io_dm[54] *183:4 0.341972 
*END

*D_NET *184 2.40556e-05
*CONN
*P mprj_io_dm[55] I
*CAP
1 mprj_io_dm[55] 1.20278e-05
2 *184:4 1.20278e-05
*RES
1 mprj_io_dm[55] *184:4 0.341972 
*END

*D_NET *185 2.40556e-05
*CONN
*P mprj_io_dm[56] I
*CAP
1 mprj_io_dm[56] 1.20278e-05
2 *185:4 1.20278e-05
*RES
1 mprj_io_dm[56] *185:4 0.341972 
*END

*D_NET *186 2.40556e-05
*CONN
*P mprj_io_holdover[18] I
*CAP
1 mprj_io_holdover[18] 1.20278e-05
2 *186:4 1.20278e-05
*RES
1 mprj_io_holdover[18] *186:4 0.341972 
*END

*D_NET *187 2.40556e-05
*CONN
*P mprj_io_ib_mode_sel[18] I
*CAP
1 mprj_io_ib_mode_sel[18] 1.20278e-05
2 *187:4 1.20278e-05
*RES
1 mprj_io_ib_mode_sel[18] *187:4 0.341972 
*END

*D_NET *188 2.40556e-05
*CONN
*P mprj_io_inp_dis[18] I
*CAP
1 mprj_io_inp_dis[18] 1.20278e-05
2 *188:4 1.20278e-05
*RES
1 mprj_io_inp_dis[18] *188:4 0.341972 
*END

*D_NET *189 2.40556e-05
*CONN
*P mprj_io_oeb[18] I
*CAP
1 mprj_io_oeb[18] 1.20278e-05
2 *189:4 1.20278e-05
*RES
1 mprj_io_oeb[18] *189:4 0.341972 
*END

*D_NET *190 2.40556e-05
*CONN
*P mprj_io_out[18] I
*CAP
1 mprj_io_out[18] 1.20278e-05
2 *190:4 1.20278e-05
*RES
1 mprj_io_out[18] *190:4 0.341972 
*END

*D_NET *191 2.40556e-05
*CONN
*P mprj_io_slow_sel[18] I
*CAP
1 mprj_io_slow_sel[18] 1.20278e-05
2 *191:4 1.20278e-05
*RES
1 mprj_io_slow_sel[18] *191:4 0.341972 
*END

*D_NET *192 2.40556e-05
*CONN
*P mprj_io_vtrip_sel[18] I
*CAP
1 mprj_io_vtrip_sel[18] 1.20278e-05
2 *192:4 1.20278e-05
*RES
1 mprj_io_vtrip_sel[18] *192:4 0.341972 
*END

*D_NET *193 2.40556e-05
*CONN
*P mprj_io_in[18] I
*CAP
1 mprj_io_in[18] 1.20278e-05
2 *193:4 1.20278e-05
*RES
1 mprj_io_in[18] *193:4 0.341972 
*END

*D_NET *194 0.00529339
*CONN
*P mprj_io[1] I
*CAP
1 mprj_io[1] 0.00264669
2 *194:4 0.00264669
*RES
1 mprj_io[1] *194:4 1.14635 
*END

*D_NET *195 0.000206191
*CONN
*P mprj_io_analog_en[1] I
*CAP
1 mprj_io_analog_en[1] 0.000103095
2 *195:4 0.000103095
3 *195:4 *198:4 0
*RES
1 mprj_io_analog_en[1] *195:4 2.93119 
*END

*D_NET *196 0.000206191
*CONN
*P mprj_io_analog_pol[1] I
*CAP
1 mprj_io_analog_pol[1] 0.000103095
2 *196:4 0.000103095
3 *196:4 *198:4 0
4 *196:4 *203:4 0
*RES
1 mprj_io_analog_pol[1] *196:4 2.93119 
*END

*D_NET *197 0.000206191
*CONN
*P mprj_io_analog_sel[1] I
*CAP
1 mprj_io_analog_sel[1] 0.000103095
2 *197:4 0.000103095
3 *197:4 *200:4 0
*RES
1 mprj_io_analog_sel[1] *197:4 2.93119 
*END

*D_NET *198 0.000206191
*CONN
*P mprj_io_dm[3] I
*CAP
1 mprj_io_dm[3] 0.000103095
2 *198:4 0.000103095
3 *195:4 *198:4 0
4 *196:4 *198:4 0
*RES
1 mprj_io_dm[3] *198:4 2.93119 
*END

*D_NET *199 0.000206191
*CONN
*P mprj_io_dm[4] I
*CAP
1 mprj_io_dm[4] 0.000103095
2 *199:4 0.000103095
*RES
1 mprj_io_dm[4] *199:4 2.93119 
*END

*D_NET *200 0.000206191
*CONN
*P mprj_io_dm[5] I
*CAP
1 mprj_io_dm[5] 0.000103095
2 *200:4 0.000103095
3 *200:4 *201:4 0
4 *197:4 *200:4 0
*RES
1 mprj_io_dm[5] *200:4 2.93119 
*END

*D_NET *201 0.000206191
*CONN
*P mprj_io_holdover[1] I
*CAP
1 mprj_io_holdover[1] 0.000103095
2 *201:4 0.000103095
3 *201:4 *205:4 0
4 *200:4 *201:4 0
*RES
1 mprj_io_holdover[1] *201:4 2.93119 
*END

*D_NET *202 0.000206191
*CONN
*P mprj_io_ib_mode_sel[1] I
*CAP
1 mprj_io_ib_mode_sel[1] 0.000103095
2 *202:4 0.000103095
3 *202:4 *204:4 0
4 *202:4 *207:4 0
*RES
1 mprj_io_ib_mode_sel[1] *202:4 2.93119 
*END

*D_NET *203 0.000206191
*CONN
*P mprj_io_inp_dis[1] I
*CAP
1 mprj_io_inp_dis[1] 0.000103095
2 *203:4 0.000103095
3 *196:4 *203:4 0
*RES
1 mprj_io_inp_dis[1] *203:4 2.93119 
*END

*D_NET *204 0.000206191
*CONN
*P mprj_io_oeb[1] I
*CAP
1 mprj_io_oeb[1] 0.000103095
2 *204:4 0.000103095
3 *202:4 *204:4 0
*RES
1 mprj_io_oeb[1] *204:4 2.93119 
*END

*D_NET *205 0.000206191
*CONN
*P mprj_io_out[1] I
*CAP
1 mprj_io_out[1] 0.000103095
2 *205:4 0.000103095
3 *201:4 *205:4 0
*RES
1 mprj_io_out[1] *205:4 2.93119 
*END

*D_NET *206 0.000206191
*CONN
*P mprj_io_slow_sel[1] I
*CAP
1 mprj_io_slow_sel[1] 0.000103095
2 *206:4 0.000103095
*RES
1 mprj_io_slow_sel[1] *206:4 2.93119 
*END

*D_NET *207 0.000206191
*CONN
*P mprj_io_vtrip_sel[1] I
*CAP
1 mprj_io_vtrip_sel[1] 0.000103095
2 *207:4 0.000103095
3 *202:4 *207:4 0
*RES
1 mprj_io_vtrip_sel[1] *207:4 2.93119 
*END

*D_NET *208 0.000206191
*CONN
*P mprj_io_in[1] I
*CAP
1 mprj_io_in[1] 0.000103095
2 *208:4 0.000103095
*RES
1 mprj_io_in[1] *208:4 2.93119 
*END

*D_NET *209 0.00529339
*CONN
*P mprj_io[2] I
*CAP
1 mprj_io[2] 0.00264669
2 *209:4 0.00264669
*RES
1 mprj_io[2] *209:4 1.14635 
*END

*D_NET *210 0.000206191
*CONN
*P mprj_io_analog_en[2] I
*CAP
1 mprj_io_analog_en[2] 0.000103095
2 *210:4 0.000103095
3 *210:4 *213:4 0
*RES
1 mprj_io_analog_en[2] *210:4 2.93119 
*END

*D_NET *211 0.000206191
*CONN
*P mprj_io_analog_pol[2] I
*CAP
1 mprj_io_analog_pol[2] 0.000103095
2 *211:4 0.000103095
3 *211:4 *213:4 0
4 *211:4 *218:4 0
*RES
1 mprj_io_analog_pol[2] *211:4 2.93119 
*END

*D_NET *212 0.000206191
*CONN
*P mprj_io_analog_sel[2] I
*CAP
1 mprj_io_analog_sel[2] 0.000103095
2 *212:4 0.000103095
3 *212:4 *215:4 0
*RES
1 mprj_io_analog_sel[2] *212:4 2.93119 
*END

*D_NET *213 0.000206191
*CONN
*P mprj_io_dm[6] I
*CAP
1 mprj_io_dm[6] 0.000103095
2 *213:4 0.000103095
3 *210:4 *213:4 0
4 *211:4 *213:4 0
*RES
1 mprj_io_dm[6] *213:4 2.93119 
*END

*D_NET *214 0.000206191
*CONN
*P mprj_io_dm[7] I
*CAP
1 mprj_io_dm[7] 0.000103095
2 *214:4 0.000103095
*RES
1 mprj_io_dm[7] *214:4 2.93119 
*END

*D_NET *215 0.000206191
*CONN
*P mprj_io_dm[8] I
*CAP
1 mprj_io_dm[8] 0.000103095
2 *215:4 0.000103095
3 *215:4 *216:4 0
4 *212:4 *215:4 0
*RES
1 mprj_io_dm[8] *215:4 2.93119 
*END

*D_NET *216 0.000206191
*CONN
*P mprj_io_holdover[2] I
*CAP
1 mprj_io_holdover[2] 0.000103095
2 *216:4 0.000103095
3 *216:4 *220:4 0
4 *215:4 *216:4 0
*RES
1 mprj_io_holdover[2] *216:4 2.93119 
*END

*D_NET *217 0.000206191
*CONN
*P mprj_io_ib_mode_sel[2] I
*CAP
1 mprj_io_ib_mode_sel[2] 0.000103095
2 *217:4 0.000103095
3 *217:4 *219:4 0
4 *217:4 *222:4 0
*RES
1 mprj_io_ib_mode_sel[2] *217:4 2.93119 
*END

*D_NET *218 0.000206191
*CONN
*P mprj_io_inp_dis[2] I
*CAP
1 mprj_io_inp_dis[2] 0.000103095
2 *218:4 0.000103095
3 *211:4 *218:4 0
*RES
1 mprj_io_inp_dis[2] *218:4 2.93119 
*END

*D_NET *219 0.000206191
*CONN
*P mprj_io_oeb[2] I
*CAP
1 mprj_io_oeb[2] 0.000103095
2 *219:4 0.000103095
3 *217:4 *219:4 0
*RES
1 mprj_io_oeb[2] *219:4 2.93119 
*END

*D_NET *220 0.000206191
*CONN
*P mprj_io_out[2] I
*CAP
1 mprj_io_out[2] 0.000103095
2 *220:4 0.000103095
3 *216:4 *220:4 0
*RES
1 mprj_io_out[2] *220:4 2.93119 
*END

*D_NET *221 0.000206191
*CONN
*P mprj_io_slow_sel[2] I
*CAP
1 mprj_io_slow_sel[2] 0.000103095
2 *221:4 0.000103095
*RES
1 mprj_io_slow_sel[2] *221:4 2.93119 
*END

*D_NET *222 0.000206191
*CONN
*P mprj_io_vtrip_sel[2] I
*CAP
1 mprj_io_vtrip_sel[2] 0.000103095
2 *222:4 0.000103095
3 *217:4 *222:4 0
*RES
1 mprj_io_vtrip_sel[2] *222:4 2.93119 
*END

*D_NET *223 0.000206191
*CONN
*P mprj_io_in[2] I
*CAP
1 mprj_io_in[2] 0.000103095
2 *223:4 0.000103095
*RES
1 mprj_io_in[2] *223:4 2.93119 
*END

*D_NET *224 0.00529339
*CONN
*P mprj_io[3] I
*CAP
1 mprj_io[3] 0.00264669
2 *224:4 0.00264669
*RES
1 mprj_io[3] *224:4 1.14635 
*END

*D_NET *225 0.000206191
*CONN
*P mprj_io_analog_en[3] I
*CAP
1 mprj_io_analog_en[3] 0.000103095
2 *225:4 0.000103095
3 *225:4 *230:4 0
*RES
1 mprj_io_analog_en[3] *225:4 2.93119 
*END

*D_NET *226 0.000206191
*CONN
*P mprj_io_analog_pol[3] I
*CAP
1 mprj_io_analog_pol[3] 0.000103095
2 *226:4 0.000103095
3 *226:4 *230:4 0
4 *226:4 *233:4 0
*RES
1 mprj_io_analog_pol[3] *226:4 2.93119 
*END

*D_NET *227 0.000206191
*CONN
*P mprj_io_analog_sel[3] I
*CAP
1 mprj_io_analog_sel[3] 0.000103095
2 *227:4 0.000103095
3 *227:4 *229:4 0
*RES
1 mprj_io_analog_sel[3] *227:4 2.93119 
*END

*D_NET *228 0.000206191
*CONN
*P mprj_io_dm[10] I
*CAP
1 mprj_io_dm[10] 0.000103095
2 *228:4 0.000103095
*RES
1 mprj_io_dm[10] *228:4 2.93119 
*END

*D_NET *229 0.000206191
*CONN
*P mprj_io_dm[11] I
*CAP
1 mprj_io_dm[11] 0.000103095
2 *229:4 0.000103095
3 *229:4 *231:4 0
4 *227:4 *229:4 0
*RES
1 mprj_io_dm[11] *229:4 2.93119 
*END

*D_NET *230 0.000206191
*CONN
*P mprj_io_dm[9] I
*CAP
1 mprj_io_dm[9] 0.000103095
2 *230:4 0.000103095
3 *225:4 *230:4 0
4 *226:4 *230:4 0
*RES
1 mprj_io_dm[9] *230:4 2.93119 
*END

*D_NET *231 0.000206191
*CONN
*P mprj_io_holdover[3] I
*CAP
1 mprj_io_holdover[3] 0.000103095
2 *231:4 0.000103095
3 *231:4 *235:4 0
4 *229:4 *231:4 0
*RES
1 mprj_io_holdover[3] *231:4 2.93119 
*END

*D_NET *232 0.000206191
*CONN
*P mprj_io_ib_mode_sel[3] I
*CAP
1 mprj_io_ib_mode_sel[3] 0.000103095
2 *232:4 0.000103095
3 *232:4 *234:4 0
4 *232:4 *237:4 0
*RES
1 mprj_io_ib_mode_sel[3] *232:4 2.93119 
*END

*D_NET *233 0.000206191
*CONN
*P mprj_io_inp_dis[3] I
*CAP
1 mprj_io_inp_dis[3] 0.000103095
2 *233:4 0.000103095
3 *226:4 *233:4 0
*RES
1 mprj_io_inp_dis[3] *233:4 2.93119 
*END

*D_NET *234 0.000206191
*CONN
*P mprj_io_oeb[3] I
*CAP
1 mprj_io_oeb[3] 0.000103095
2 *234:4 0.000103095
3 *232:4 *234:4 0
*RES
1 mprj_io_oeb[3] *234:4 2.93119 
*END

*D_NET *235 0.000206191
*CONN
*P mprj_io_out[3] I
*CAP
1 mprj_io_out[3] 0.000103095
2 *235:4 0.000103095
3 *231:4 *235:4 0
*RES
1 mprj_io_out[3] *235:4 2.93119 
*END

*D_NET *236 0.000206191
*CONN
*P mprj_io_slow_sel[3] I
*CAP
1 mprj_io_slow_sel[3] 0.000103095
2 *236:4 0.000103095
*RES
1 mprj_io_slow_sel[3] *236:4 2.93119 
*END

*D_NET *237 0.000206191
*CONN
*P mprj_io_vtrip_sel[3] I
*CAP
1 mprj_io_vtrip_sel[3] 0.000103095
2 *237:4 0.000103095
3 *232:4 *237:4 0
*RES
1 mprj_io_vtrip_sel[3] *237:4 2.93119 
*END

*D_NET *238 0.000206191
*CONN
*P mprj_io_in[3] I
*CAP
1 mprj_io_in[3] 0.000103095
2 *238:4 0.000103095
*RES
1 mprj_io_in[3] *238:4 2.93119 
*END

*D_NET *239 0.00529339
*CONN
*P mprj_io[4] I
*CAP
1 mprj_io[4] 0.00264669
2 *239:4 0.00264669
*RES
1 mprj_io[4] *239:4 1.14635 
*END

*D_NET *240 0.000206191
*CONN
*P mprj_io_analog_en[4] I
*CAP
1 mprj_io_analog_en[4] 0.000103095
2 *240:4 0.000103095
3 *240:4 *243:4 0
*RES
1 mprj_io_analog_en[4] *240:4 2.93119 
*END

*D_NET *241 0.000206191
*CONN
*P mprj_io_analog_pol[4] I
*CAP
1 mprj_io_analog_pol[4] 0.000103095
2 *241:4 0.000103095
3 *241:4 *243:4 0
4 *241:4 *248:4 0
*RES
1 mprj_io_analog_pol[4] *241:4 2.93119 
*END

*D_NET *242 0.000206191
*CONN
*P mprj_io_analog_sel[4] I
*CAP
1 mprj_io_analog_sel[4] 0.000103095
2 *242:4 0.000103095
3 *242:4 *245:4 0
*RES
1 mprj_io_analog_sel[4] *242:4 2.93119 
*END

*D_NET *243 0.000206191
*CONN
*P mprj_io_dm[12] I
*CAP
1 mprj_io_dm[12] 0.000103095
2 *243:4 0.000103095
3 *240:4 *243:4 0
4 *241:4 *243:4 0
*RES
1 mprj_io_dm[12] *243:4 2.93119 
*END

*D_NET *244 0.000206191
*CONN
*P mprj_io_dm[13] I
*CAP
1 mprj_io_dm[13] 0.000103095
2 *244:4 0.000103095
*RES
1 mprj_io_dm[13] *244:4 2.93119 
*END

*D_NET *245 0.000206191
*CONN
*P mprj_io_dm[14] I
*CAP
1 mprj_io_dm[14] 0.000103095
2 *245:4 0.000103095
3 *245:4 *246:4 0
4 *242:4 *245:4 0
*RES
1 mprj_io_dm[14] *245:4 2.93119 
*END

*D_NET *246 0.000206191
*CONN
*P mprj_io_holdover[4] I
*CAP
1 mprj_io_holdover[4] 0.000103095
2 *246:4 0.000103095
3 *246:4 *250:4 0
4 *245:4 *246:4 0
*RES
1 mprj_io_holdover[4] *246:4 2.93119 
*END

*D_NET *247 0.000206191
*CONN
*P mprj_io_ib_mode_sel[4] I
*CAP
1 mprj_io_ib_mode_sel[4] 0.000103095
2 *247:4 0.000103095
3 *247:4 *249:4 0
4 *247:4 *252:4 0
*RES
1 mprj_io_ib_mode_sel[4] *247:4 2.93119 
*END

*D_NET *248 0.000206191
*CONN
*P mprj_io_inp_dis[4] I
*CAP
1 mprj_io_inp_dis[4] 0.000103095
2 *248:4 0.000103095
3 *241:4 *248:4 0
*RES
1 mprj_io_inp_dis[4] *248:4 2.93119 
*END

*D_NET *249 0.000206191
*CONN
*P mprj_io_oeb[4] I
*CAP
1 mprj_io_oeb[4] 0.000103095
2 *249:4 0.000103095
3 *247:4 *249:4 0
*RES
1 mprj_io_oeb[4] *249:4 2.93119 
*END

*D_NET *250 0.000206191
*CONN
*P mprj_io_out[4] I
*CAP
1 mprj_io_out[4] 0.000103095
2 *250:4 0.000103095
3 *246:4 *250:4 0
*RES
1 mprj_io_out[4] *250:4 2.93119 
*END

*D_NET *251 0.000206191
*CONN
*P mprj_io_slow_sel[4] I
*CAP
1 mprj_io_slow_sel[4] 0.000103095
2 *251:4 0.000103095
*RES
1 mprj_io_slow_sel[4] *251:4 2.93119 
*END

*D_NET *252 0.000206191
*CONN
*P mprj_io_vtrip_sel[4] I
*CAP
1 mprj_io_vtrip_sel[4] 0.000103095
2 *252:4 0.000103095
3 *247:4 *252:4 0
*RES
1 mprj_io_vtrip_sel[4] *252:4 2.93119 
*END

*D_NET *253 0.000206191
*CONN
*P mprj_io_in[4] I
*CAP
1 mprj_io_in[4] 0.000103095
2 *253:4 0.000103095
*RES
1 mprj_io_in[4] *253:4 2.93119 
*END

*D_NET *254 0.00529339
*CONN
*P mprj_io[5] I
*CAP
1 mprj_io[5] 0.00264669
2 *254:4 0.00264669
*RES
1 mprj_io[5] *254:4 1.14635 
*END

*D_NET *255 0.000206191
*CONN
*P mprj_io_analog_en[5] I
*CAP
1 mprj_io_analog_en[5] 0.000103095
2 *255:4 0.000103095
3 *255:4 *258:4 0
*RES
1 mprj_io_analog_en[5] *255:4 2.93119 
*END

*D_NET *256 0.000206191
*CONN
*P mprj_io_analog_pol[5] I
*CAP
1 mprj_io_analog_pol[5] 0.000103095
2 *256:4 0.000103095
3 *256:4 *258:4 0
4 *256:4 *263:4 0
*RES
1 mprj_io_analog_pol[5] *256:4 2.93119 
*END

*D_NET *257 0.000206191
*CONN
*P mprj_io_analog_sel[5] I
*CAP
1 mprj_io_analog_sel[5] 0.000103095
2 *257:4 0.000103095
3 *257:4 *260:4 0
*RES
1 mprj_io_analog_sel[5] *257:4 2.93119 
*END

*D_NET *258 0.000206191
*CONN
*P mprj_io_dm[15] I
*CAP
1 mprj_io_dm[15] 0.000103095
2 *258:4 0.000103095
3 *255:4 *258:4 0
4 *256:4 *258:4 0
*RES
1 mprj_io_dm[15] *258:4 2.93119 
*END

*D_NET *259 0.000206191
*CONN
*P mprj_io_dm[16] I
*CAP
1 mprj_io_dm[16] 0.000103095
2 *259:4 0.000103095
*RES
1 mprj_io_dm[16] *259:4 2.93119 
*END

*D_NET *260 0.000206191
*CONN
*P mprj_io_dm[17] I
*CAP
1 mprj_io_dm[17] 0.000103095
2 *260:4 0.000103095
3 *260:4 *261:4 0
4 *257:4 *260:4 0
*RES
1 mprj_io_dm[17] *260:4 2.93119 
*END

*D_NET *261 0.000206191
*CONN
*P mprj_io_holdover[5] I
*CAP
1 mprj_io_holdover[5] 0.000103095
2 *261:4 0.000103095
3 *261:4 *265:4 0
4 *260:4 *261:4 0
*RES
1 mprj_io_holdover[5] *261:4 2.93119 
*END

*D_NET *262 0.000206191
*CONN
*P mprj_io_ib_mode_sel[5] I
*CAP
1 mprj_io_ib_mode_sel[5] 0.000103095
2 *262:4 0.000103095
3 *262:4 *264:4 0
4 *262:4 *267:4 0
*RES
1 mprj_io_ib_mode_sel[5] *262:4 2.93119 
*END

*D_NET *263 0.000206191
*CONN
*P mprj_io_inp_dis[5] I
*CAP
1 mprj_io_inp_dis[5] 0.000103095
2 *263:4 0.000103095
3 *256:4 *263:4 0
*RES
1 mprj_io_inp_dis[5] *263:4 2.93119 
*END

*D_NET *264 0.000206191
*CONN
*P mprj_io_oeb[5] I
*CAP
1 mprj_io_oeb[5] 0.000103095
2 *264:4 0.000103095
3 *262:4 *264:4 0
*RES
1 mprj_io_oeb[5] *264:4 2.93119 
*END

*D_NET *265 0.000206191
*CONN
*P mprj_io_out[5] I
*CAP
1 mprj_io_out[5] 0.000103095
2 *265:4 0.000103095
3 *261:4 *265:4 0
*RES
1 mprj_io_out[5] *265:4 2.93119 
*END

*D_NET *266 0.000206191
*CONN
*P mprj_io_slow_sel[5] I
*CAP
1 mprj_io_slow_sel[5] 0.000103095
2 *266:4 0.000103095
*RES
1 mprj_io_slow_sel[5] *266:4 2.93119 
*END

*D_NET *267 0.000206191
*CONN
*P mprj_io_vtrip_sel[5] I
*CAP
1 mprj_io_vtrip_sel[5] 0.000103095
2 *267:4 0.000103095
3 *262:4 *267:4 0
*RES
1 mprj_io_vtrip_sel[5] *267:4 2.93119 
*END

*D_NET *268 0.000206191
*CONN
*P mprj_io_in[5] I
*CAP
1 mprj_io_in[5] 0.000103095
2 *268:4 0.000103095
*RES
1 mprj_io_in[5] *268:4 2.93119 
*END

*D_NET *269 0.00529339
*CONN
*P mprj_io[6] I
*CAP
1 mprj_io[6] 0.00264669
2 *269:4 0.00264669
*RES
1 mprj_io[6] *269:4 1.14635 
*END

*D_NET *270 0.000206191
*CONN
*P mprj_io_analog_en[6] I
*CAP
1 mprj_io_analog_en[6] 0.000103095
2 *270:4 0.000103095
3 *270:4 *273:4 0
*RES
1 mprj_io_analog_en[6] *270:4 2.93119 
*END

*D_NET *271 0.000206191
*CONN
*P mprj_io_analog_pol[6] I
*CAP
1 mprj_io_analog_pol[6] 0.000103095
2 *271:4 0.000103095
3 *271:4 *273:4 0
4 *271:4 *278:4 0
*RES
1 mprj_io_analog_pol[6] *271:4 2.93119 
*END

*D_NET *272 0.000206191
*CONN
*P mprj_io_analog_sel[6] I
*CAP
1 mprj_io_analog_sel[6] 0.000103095
2 *272:4 0.000103095
3 *272:4 *275:4 0
*RES
1 mprj_io_analog_sel[6] *272:4 2.93119 
*END

*D_NET *273 0.000206191
*CONN
*P mprj_io_dm[18] I
*CAP
1 mprj_io_dm[18] 0.000103095
2 *273:4 0.000103095
3 *270:4 *273:4 0
4 *271:4 *273:4 0
*RES
1 mprj_io_dm[18] *273:4 2.93119 
*END

*D_NET *274 0.000206191
*CONN
*P mprj_io_dm[19] I
*CAP
1 mprj_io_dm[19] 0.000103095
2 *274:4 0.000103095
*RES
1 mprj_io_dm[19] *274:4 2.93119 
*END

*D_NET *275 0.000206191
*CONN
*P mprj_io_dm[20] I
*CAP
1 mprj_io_dm[20] 0.000103095
2 *275:4 0.000103095
3 *275:4 *276:4 0
4 *272:4 *275:4 0
*RES
1 mprj_io_dm[20] *275:4 2.93119 
*END

*D_NET *276 0.000206191
*CONN
*P mprj_io_holdover[6] I
*CAP
1 mprj_io_holdover[6] 0.000103095
2 *276:4 0.000103095
3 *276:4 *280:4 0
4 *275:4 *276:4 0
*RES
1 mprj_io_holdover[6] *276:4 2.93119 
*END

*D_NET *277 0.000206191
*CONN
*P mprj_io_ib_mode_sel[6] I
*CAP
1 mprj_io_ib_mode_sel[6] 0.000103095
2 *277:4 0.000103095
3 *277:4 *279:4 0
4 *277:4 *282:4 0
*RES
1 mprj_io_ib_mode_sel[6] *277:4 2.93119 
*END

*D_NET *278 0.000206191
*CONN
*P mprj_io_inp_dis[6] I
*CAP
1 mprj_io_inp_dis[6] 0.000103095
2 *278:4 0.000103095
3 *271:4 *278:4 0
*RES
1 mprj_io_inp_dis[6] *278:4 2.93119 
*END

*D_NET *279 0.000206191
*CONN
*P mprj_io_oeb[6] I
*CAP
1 mprj_io_oeb[6] 0.000103095
2 *279:4 0.000103095
3 *277:4 *279:4 0
*RES
1 mprj_io_oeb[6] *279:4 2.93119 
*END

*D_NET *280 0.000206191
*CONN
*P mprj_io_out[6] I
*CAP
1 mprj_io_out[6] 0.000103095
2 *280:4 0.000103095
3 *276:4 *280:4 0
*RES
1 mprj_io_out[6] *280:4 2.93119 
*END

*D_NET *281 0.000206191
*CONN
*P mprj_io_slow_sel[6] I
*CAP
1 mprj_io_slow_sel[6] 0.000103095
2 *281:4 0.000103095
*RES
1 mprj_io_slow_sel[6] *281:4 2.93119 
*END

*D_NET *282 0.000206191
*CONN
*P mprj_io_vtrip_sel[6] I
*CAP
1 mprj_io_vtrip_sel[6] 0.000103095
2 *282:4 0.000103095
3 *277:4 *282:4 0
*RES
1 mprj_io_vtrip_sel[6] *282:4 2.93119 
*END

*D_NET *283 0.000206191
*CONN
*P mprj_io_in[6] I
*CAP
1 mprj_io_in[6] 0.000103095
2 *283:4 0.000103095
*RES
1 mprj_io_in[6] *283:4 2.93119 
*END

*D_NET *284 0.000206191
*CONN
*P mprj_analog_io[0] I
*CAP
1 mprj_analog_io[0] 0.000103095
2 *284:4 0.000103095
3 *284:4 *297:4 0
*RES
1 mprj_analog_io[0] *284:4 2.93119 
*END

*D_NET *285 0.00529339
*CONN
*P mprj_io[7] I
*CAP
1 mprj_io[7] 0.00264669
2 *285:4 0.00264669
*RES
1 mprj_io[7] *285:4 1.14635 
*END

*D_NET *286 0.000206191
*CONN
*P mprj_io_analog_en[7] I
*CAP
1 mprj_io_analog_en[7] 0.000103095
2 *286:4 0.000103095
3 *286:4 *289:4 0
*RES
1 mprj_io_analog_en[7] *286:4 2.93119 
*END

*D_NET *287 0.000206191
*CONN
*P mprj_io_analog_pol[7] I
*CAP
1 mprj_io_analog_pol[7] 0.000103095
2 *287:4 0.000103095
3 *287:4 *289:4 0
4 *287:4 *294:4 0
*RES
1 mprj_io_analog_pol[7] *287:4 2.93119 
*END

*D_NET *288 0.000206191
*CONN
*P mprj_io_analog_sel[7] I
*CAP
1 mprj_io_analog_sel[7] 0.000103095
2 *288:4 0.000103095
3 *288:4 *291:4 0
*RES
1 mprj_io_analog_sel[7] *288:4 2.93119 
*END

*D_NET *289 0.000206191
*CONN
*P mprj_io_dm[21] I
*CAP
1 mprj_io_dm[21] 0.000103095
2 *289:4 0.000103095
3 *286:4 *289:4 0
4 *287:4 *289:4 0
*RES
1 mprj_io_dm[21] *289:4 2.93119 
*END

*D_NET *290 0.000206191
*CONN
*P mprj_io_dm[22] I
*CAP
1 mprj_io_dm[22] 0.000103095
2 *290:4 0.000103095
*RES
1 mprj_io_dm[22] *290:4 2.93119 
*END

*D_NET *291 0.000206191
*CONN
*P mprj_io_dm[23] I
*CAP
1 mprj_io_dm[23] 0.000103095
2 *291:4 0.000103095
3 *291:4 *292:4 0
4 *288:4 *291:4 0
*RES
1 mprj_io_dm[23] *291:4 2.93119 
*END

*D_NET *292 0.000206191
*CONN
*P mprj_io_holdover[7] I
*CAP
1 mprj_io_holdover[7] 0.000103095
2 *292:4 0.000103095
3 *292:4 *296:4 0
4 *291:4 *292:4 0
*RES
1 mprj_io_holdover[7] *292:4 2.93119 
*END

*D_NET *293 0.000206191
*CONN
*P mprj_io_ib_mode_sel[7] I
*CAP
1 mprj_io_ib_mode_sel[7] 0.000103095
2 *293:4 0.000103095
3 *293:4 *295:4 0
4 *293:4 *298:4 0
*RES
1 mprj_io_ib_mode_sel[7] *293:4 2.93119 
*END

*D_NET *294 0.000206191
*CONN
*P mprj_io_inp_dis[7] I
*CAP
1 mprj_io_inp_dis[7] 0.000103095
2 *294:4 0.000103095
3 *287:4 *294:4 0
*RES
1 mprj_io_inp_dis[7] *294:4 2.93119 
*END

*D_NET *295 0.000206191
*CONN
*P mprj_io_oeb[7] I
*CAP
1 mprj_io_oeb[7] 0.000103095
2 *295:4 0.000103095
3 *293:4 *295:4 0
*RES
1 mprj_io_oeb[7] *295:4 2.93119 
*END

*D_NET *296 0.000206191
*CONN
*P mprj_io_out[7] I
*CAP
1 mprj_io_out[7] 0.000103095
2 *296:4 0.000103095
3 *292:4 *296:4 0
*RES
1 mprj_io_out[7] *296:4 2.93119 
*END

*D_NET *297 0.000206191
*CONN
*P mprj_io_slow_sel[7] I
*CAP
1 mprj_io_slow_sel[7] 0.000103095
2 *297:4 0.000103095
3 *284:4 *297:4 0
*RES
1 mprj_io_slow_sel[7] *297:4 2.93119 
*END

*D_NET *298 0.000206191
*CONN
*P mprj_io_vtrip_sel[7] I
*CAP
1 mprj_io_vtrip_sel[7] 0.000103095
2 *298:4 0.000103095
3 *293:4 *298:4 0
*RES
1 mprj_io_vtrip_sel[7] *298:4 2.93119 
*END

*D_NET *299 0.000206191
*CONN
*P mprj_io_in[7] I
*CAP
1 mprj_io_in[7] 0.000103095
2 *299:4 0.000103095
*RES
1 mprj_io_in[7] *299:4 2.93119 
*END

*D_NET *300 0.000206191
*CONN
*P mprj_analog_io[1] I
*CAP
1 mprj_analog_io[1] 0.000103095
2 *300:4 0.000103095
3 *300:4 *313:4 0
*RES
1 mprj_analog_io[1] *300:4 2.93119 
*END

*D_NET *301 0.00529339
*CONN
*P mprj_io[8] I
*CAP
1 mprj_io[8] 0.00264669
2 *301:4 0.00264669
*RES
1 mprj_io[8] *301:4 1.14635 
*END

*D_NET *302 0.000206191
*CONN
*P mprj_io_analog_en[8] I
*CAP
1 mprj_io_analog_en[8] 0.000103095
2 *302:4 0.000103095
3 *302:4 *305:4 0
*RES
1 mprj_io_analog_en[8] *302:4 2.93119 
*END

*D_NET *303 0.000206191
*CONN
*P mprj_io_analog_pol[8] I
*CAP
1 mprj_io_analog_pol[8] 0.000103095
2 *303:4 0.000103095
3 *303:4 *305:4 0
4 *303:4 *310:4 0
*RES
1 mprj_io_analog_pol[8] *303:4 2.93119 
*END

*D_NET *304 0.000206191
*CONN
*P mprj_io_analog_sel[8] I
*CAP
1 mprj_io_analog_sel[8] 0.000103095
2 *304:4 0.000103095
3 *304:4 *307:4 0
*RES
1 mprj_io_analog_sel[8] *304:4 2.93119 
*END

*D_NET *305 0.000206191
*CONN
*P mprj_io_dm[24] I
*CAP
1 mprj_io_dm[24] 0.000103095
2 *305:4 0.000103095
3 *302:4 *305:4 0
4 *303:4 *305:4 0
*RES
1 mprj_io_dm[24] *305:4 2.93119 
*END

*D_NET *306 0.000206191
*CONN
*P mprj_io_dm[25] I
*CAP
1 mprj_io_dm[25] 0.000103095
2 *306:4 0.000103095
*RES
1 mprj_io_dm[25] *306:4 2.93119 
*END

*D_NET *307 0.000206191
*CONN
*P mprj_io_dm[26] I
*CAP
1 mprj_io_dm[26] 0.000103095
2 *307:4 0.000103095
3 *307:4 *308:4 0
4 *304:4 *307:4 0
*RES
1 mprj_io_dm[26] *307:4 2.93119 
*END

*D_NET *308 0.000206191
*CONN
*P mprj_io_holdover[8] I
*CAP
1 mprj_io_holdover[8] 0.000103095
2 *308:4 0.000103095
3 *308:4 *312:4 0
4 *307:4 *308:4 0
*RES
1 mprj_io_holdover[8] *308:4 2.93119 
*END

*D_NET *309 0.000206191
*CONN
*P mprj_io_ib_mode_sel[8] I
*CAP
1 mprj_io_ib_mode_sel[8] 0.000103095
2 *309:4 0.000103095
3 *309:4 *311:4 0
4 *309:4 *314:4 0
*RES
1 mprj_io_ib_mode_sel[8] *309:4 2.93119 
*END

*D_NET *310 0.000206191
*CONN
*P mprj_io_inp_dis[8] I
*CAP
1 mprj_io_inp_dis[8] 0.000103095
2 *310:4 0.000103095
3 *303:4 *310:4 0
*RES
1 mprj_io_inp_dis[8] *310:4 2.93119 
*END

*D_NET *311 0.000206191
*CONN
*P mprj_io_oeb[8] I
*CAP
1 mprj_io_oeb[8] 0.000103095
2 *311:4 0.000103095
3 *309:4 *311:4 0
*RES
1 mprj_io_oeb[8] *311:4 2.93119 
*END

*D_NET *312 0.000206191
*CONN
*P mprj_io_out[8] I
*CAP
1 mprj_io_out[8] 0.000103095
2 *312:4 0.000103095
3 *308:4 *312:4 0
*RES
1 mprj_io_out[8] *312:4 2.93119 
*END

*D_NET *313 0.000206191
*CONN
*P mprj_io_slow_sel[8] I
*CAP
1 mprj_io_slow_sel[8] 0.000103095
2 *313:4 0.000103095
3 *300:4 *313:4 0
*RES
1 mprj_io_slow_sel[8] *313:4 2.93119 
*END

*D_NET *314 0.000206191
*CONN
*P mprj_io_vtrip_sel[8] I
*CAP
1 mprj_io_vtrip_sel[8] 0.000103095
2 *314:4 0.000103095
3 *309:4 *314:4 0
*RES
1 mprj_io_vtrip_sel[8] *314:4 2.93119 
*END

*D_NET *315 0.000206191
*CONN
*P mprj_io_in[8] I
*CAP
1 mprj_io_in[8] 0.000103095
2 *315:4 0.000103095
*RES
1 mprj_io_in[8] *315:4 2.93119 
*END

*D_NET *316 0.000206191
*CONN
*P mprj_analog_io[2] I
*CAP
1 mprj_analog_io[2] 0.000103095
2 *316:4 0.000103095
3 *316:4 *329:4 0
*RES
1 mprj_analog_io[2] *316:4 2.93119 
*END

*D_NET *317 0.00529339
*CONN
*P mprj_io[9] I
*CAP
1 mprj_io[9] 0.00264669
2 *317:4 0.00264669
*RES
1 mprj_io[9] *317:4 1.14635 
*END

*D_NET *318 0.000206191
*CONN
*P mprj_io_analog_en[9] I
*CAP
1 mprj_io_analog_en[9] 0.000103095
2 *318:4 0.000103095
3 *318:4 *321:4 0
*RES
1 mprj_io_analog_en[9] *318:4 2.93119 
*END

*D_NET *319 0.000206191
*CONN
*P mprj_io_analog_pol[9] I
*CAP
1 mprj_io_analog_pol[9] 0.000103095
2 *319:4 0.000103095
3 *319:4 *321:4 0
4 *319:4 *326:4 0
*RES
1 mprj_io_analog_pol[9] *319:4 2.93119 
*END

*D_NET *320 0.000206191
*CONN
*P mprj_io_analog_sel[9] I
*CAP
1 mprj_io_analog_sel[9] 0.000103095
2 *320:4 0.000103095
3 *320:4 *323:4 0
*RES
1 mprj_io_analog_sel[9] *320:4 2.93119 
*END

*D_NET *321 0.000206191
*CONN
*P mprj_io_dm[27] I
*CAP
1 mprj_io_dm[27] 0.000103095
2 *321:4 0.000103095
3 *318:4 *321:4 0
4 *319:4 *321:4 0
*RES
1 mprj_io_dm[27] *321:4 2.93119 
*END

*D_NET *322 0.000206191
*CONN
*P mprj_io_dm[28] I
*CAP
1 mprj_io_dm[28] 0.000103095
2 *322:4 0.000103095
*RES
1 mprj_io_dm[28] *322:4 2.93119 
*END

*D_NET *323 0.000206191
*CONN
*P mprj_io_dm[29] I
*CAP
1 mprj_io_dm[29] 0.000103095
2 *323:4 0.000103095
3 *323:4 *324:4 0
4 *320:4 *323:4 0
*RES
1 mprj_io_dm[29] *323:4 2.93119 
*END

*D_NET *324 0.000206191
*CONN
*P mprj_io_holdover[9] I
*CAP
1 mprj_io_holdover[9] 0.000103095
2 *324:4 0.000103095
3 *324:4 *328:4 0
4 *323:4 *324:4 0
*RES
1 mprj_io_holdover[9] *324:4 2.93119 
*END

*D_NET *325 0.000206191
*CONN
*P mprj_io_ib_mode_sel[9] I
*CAP
1 mprj_io_ib_mode_sel[9] 0.000103095
2 *325:4 0.000103095
3 *325:4 *327:4 0
4 *325:4 *330:4 0
*RES
1 mprj_io_ib_mode_sel[9] *325:4 2.93119 
*END

*D_NET *326 0.000206191
*CONN
*P mprj_io_inp_dis[9] I
*CAP
1 mprj_io_inp_dis[9] 0.000103095
2 *326:4 0.000103095
3 *319:4 *326:4 0
*RES
1 mprj_io_inp_dis[9] *326:4 2.93119 
*END

*D_NET *327 0.000206191
*CONN
*P mprj_io_oeb[9] I
*CAP
1 mprj_io_oeb[9] 0.000103095
2 *327:4 0.000103095
3 *325:4 *327:4 0
*RES
1 mprj_io_oeb[9] *327:4 2.93119 
*END

*D_NET *328 0.000206191
*CONN
*P mprj_io_out[9] I
*CAP
1 mprj_io_out[9] 0.000103095
2 *328:4 0.000103095
3 *324:4 *328:4 0
*RES
1 mprj_io_out[9] *328:4 2.93119 
*END

*D_NET *329 0.000206191
*CONN
*P mprj_io_slow_sel[9] I
*CAP
1 mprj_io_slow_sel[9] 0.000103095
2 *329:4 0.000103095
3 *316:4 *329:4 0
*RES
1 mprj_io_slow_sel[9] *329:4 2.93119 
*END

*D_NET *330 0.000206191
*CONN
*P mprj_io_vtrip_sel[9] I
*CAP
1 mprj_io_vtrip_sel[9] 0.000103095
2 *330:4 0.000103095
3 *325:4 *330:4 0
*RES
1 mprj_io_vtrip_sel[9] *330:4 2.93119 
*END

*D_NET *331 0.000206191
*CONN
*P mprj_io_in[9] I
*CAP
1 mprj_io_in[9] 0.000103095
2 *331:4 0.000103095
*RES
1 mprj_io_in[9] *331:4 2.93119 
*END

*D_NET *332 2.40556e-05
*CONN
*P mprj_analog_io[12] I
*CAP
1 mprj_analog_io[12] 1.20278e-05
2 *332:4 1.20278e-05
*RES
1 mprj_analog_io[12] *332:4 0.341972 
*END

*D_NET *334 2.40556e-05
*CONN
*P mprj_io_analog_en[19] I
*CAP
1 mprj_io_analog_en[19] 1.20278e-05
2 *334:4 1.20278e-05
*RES
1 mprj_io_analog_en[19] *334:4 0.341972 
*END

*D_NET *335 2.40556e-05
*CONN
*P mprj_io_analog_pol[19] I
*CAP
1 mprj_io_analog_pol[19] 1.20278e-05
2 *335:4 1.20278e-05
*RES
1 mprj_io_analog_pol[19] *335:4 0.341972 
*END

*D_NET *336 2.40556e-05
*CONN
*P mprj_io_analog_sel[19] I
*CAP
1 mprj_io_analog_sel[19] 1.20278e-05
2 *336:4 1.20278e-05
*RES
1 mprj_io_analog_sel[19] *336:4 0.341972 
*END

*D_NET *337 2.40556e-05
*CONN
*P mprj_io_dm[57] I
*CAP
1 mprj_io_dm[57] 1.20278e-05
2 *337:4 1.20278e-05
*RES
1 mprj_io_dm[57] *337:4 0.341972 
*END

*D_NET *338 2.40556e-05
*CONN
*P mprj_io_dm[58] I
*CAP
1 mprj_io_dm[58] 1.20278e-05
2 *338:4 1.20278e-05
*RES
1 mprj_io_dm[58] *338:4 0.341972 
*END

*D_NET *339 2.40556e-05
*CONN
*P mprj_io_dm[59] I
*CAP
1 mprj_io_dm[59] 1.20278e-05
2 *339:4 1.20278e-05
*RES
1 mprj_io_dm[59] *339:4 0.341972 
*END

*D_NET *340 2.40556e-05
*CONN
*P mprj_io_holdover[19] I
*CAP
1 mprj_io_holdover[19] 1.20278e-05
2 *340:4 1.20278e-05
*RES
1 mprj_io_holdover[19] *340:4 0.341972 
*END

*D_NET *341 2.40556e-05
*CONN
*P mprj_io_ib_mode_sel[19] I
*CAP
1 mprj_io_ib_mode_sel[19] 1.20278e-05
2 *341:4 1.20278e-05
*RES
1 mprj_io_ib_mode_sel[19] *341:4 0.341972 
*END

*D_NET *342 2.40556e-05
*CONN
*P mprj_io_inp_dis[19] I
*CAP
1 mprj_io_inp_dis[19] 1.20278e-05
2 *342:4 1.20278e-05
*RES
1 mprj_io_inp_dis[19] *342:4 0.341972 
*END

*D_NET *343 2.40556e-05
*CONN
*P mprj_io_oeb[19] I
*CAP
1 mprj_io_oeb[19] 1.20278e-05
2 *343:4 1.20278e-05
*RES
1 mprj_io_oeb[19] *343:4 0.341972 
*END

*D_NET *344 2.40556e-05
*CONN
*P mprj_io_out[19] I
*CAP
1 mprj_io_out[19] 1.20278e-05
2 *344:4 1.20278e-05
*RES
1 mprj_io_out[19] *344:4 0.341972 
*END

*D_NET *345 2.40556e-05
*CONN
*P mprj_io_slow_sel[19] I
*CAP
1 mprj_io_slow_sel[19] 1.20278e-05
2 *345:4 1.20278e-05
*RES
1 mprj_io_slow_sel[19] *345:4 0.341972 
*END

*D_NET *346 2.40556e-05
*CONN
*P mprj_io_vtrip_sel[19] I
*CAP
1 mprj_io_vtrip_sel[19] 1.20278e-05
2 *346:4 1.20278e-05
*RES
1 mprj_io_vtrip_sel[19] *346:4 0.341972 
*END

*D_NET *347 2.40556e-05
*CONN
*P mprj_io_in[19] I
*CAP
1 mprj_io_in[19] 1.20278e-05
2 *347:4 1.20278e-05
*RES
1 mprj_io_in[19] *347:4 0.341972 
*END

*D_NET *348 0.000206191
*CONN
*P mprj_analog_io[22] I
*CAP
1 mprj_analog_io[22] 0.000103095
2 *348:4 0.000103095
3 *348:4 *361:4 0
*RES
1 mprj_analog_io[22] *348:4 2.93119 
*END

*D_NET *350 0.000206191
*CONN
*P mprj_io_analog_en[29] I
*CAP
1 mprj_io_analog_en[29] 0.000103095
2 *350:4 0.000103095
3 *350:4 *353:4 0
*RES
1 mprj_io_analog_en[29] *350:4 2.93119 
*END

*D_NET *351 0.000206191
*CONN
*P mprj_io_analog_pol[29] I
*CAP
1 mprj_io_analog_pol[29] 0.000103095
2 *351:4 0.000103095
3 *351:4 *353:4 0
4 *351:4 *358:4 0
*RES
1 mprj_io_analog_pol[29] *351:4 2.93119 
*END

*D_NET *352 0.000206191
*CONN
*P mprj_io_analog_sel[29] I
*CAP
1 mprj_io_analog_sel[29] 0.000103095
2 *352:4 0.000103095
3 *352:4 *355:4 0
*RES
1 mprj_io_analog_sel[29] *352:4 2.93119 
*END

*D_NET *353 0.000206191
*CONN
*P mprj_io_dm[87] I
*CAP
1 mprj_io_dm[87] 0.000103095
2 *353:4 0.000103095
3 *350:4 *353:4 0
4 *351:4 *353:4 0
*RES
1 mprj_io_dm[87] *353:4 2.93119 
*END

*D_NET *354 0.000206191
*CONN
*P mprj_io_dm[88] I
*CAP
1 mprj_io_dm[88] 0.000103095
2 *354:4 0.000103095
*RES
1 mprj_io_dm[88] *354:4 2.93119 
*END

*D_NET *355 0.000206191
*CONN
*P mprj_io_dm[89] I
*CAP
1 mprj_io_dm[89] 0.000103095
2 *355:4 0.000103095
3 *355:4 *356:4 0
4 *352:4 *355:4 0
*RES
1 mprj_io_dm[89] *355:4 2.93119 
*END

*D_NET *356 0.000206191
*CONN
*P mprj_io_holdover[29] I
*CAP
1 mprj_io_holdover[29] 0.000103095
2 *356:4 0.000103095
3 *356:4 *360:4 0
4 *355:4 *356:4 0
*RES
1 mprj_io_holdover[29] *356:4 2.93119 
*END

*D_NET *357 0.000206191
*CONN
*P mprj_io_ib_mode_sel[29] I
*CAP
1 mprj_io_ib_mode_sel[29] 0.000103095
2 *357:4 0.000103095
3 *357:4 *359:4 0
4 *357:4 *362:4 0
*RES
1 mprj_io_ib_mode_sel[29] *357:4 2.93119 
*END

*D_NET *358 0.000206191
*CONN
*P mprj_io_inp_dis[29] I
*CAP
1 mprj_io_inp_dis[29] 0.000103095
2 *358:4 0.000103095
3 *351:4 *358:4 0
*RES
1 mprj_io_inp_dis[29] *358:4 2.93119 
*END

*D_NET *359 0.000206191
*CONN
*P mprj_io_oeb[29] I
*CAP
1 mprj_io_oeb[29] 0.000103095
2 *359:4 0.000103095
3 *357:4 *359:4 0
*RES
1 mprj_io_oeb[29] *359:4 2.93119 
*END

*D_NET *360 0.000206191
*CONN
*P mprj_io_out[29] I
*CAP
1 mprj_io_out[29] 0.000103095
2 *360:4 0.000103095
3 *356:4 *360:4 0
*RES
1 mprj_io_out[29] *360:4 2.93119 
*END

*D_NET *361 0.000206191
*CONN
*P mprj_io_slow_sel[29] I
*CAP
1 mprj_io_slow_sel[29] 0.000103095
2 *361:4 0.000103095
3 *348:4 *361:4 0
*RES
1 mprj_io_slow_sel[29] *361:4 2.93119 
*END

*D_NET *362 0.000206191
*CONN
*P mprj_io_vtrip_sel[29] I
*CAP
1 mprj_io_vtrip_sel[29] 0.000103095
2 *362:4 0.000103095
3 *357:4 *362:4 0
*RES
1 mprj_io_vtrip_sel[29] *362:4 2.93119 
*END

*D_NET *363 0.000206191
*CONN
*P mprj_io_in[29] I
*CAP
1 mprj_io_in[29] 0.000103095
2 *363:4 0.000103095
*RES
1 mprj_io_in[29] *363:4 2.93119 
*END

*D_NET *364 0.000206191
*CONN
*P mprj_analog_io[23] I
*CAP
1 mprj_analog_io[23] 0.000103095
2 *364:4 0.000103095
3 *364:4 *377:4 0
*RES
1 mprj_analog_io[23] *364:4 2.93119 
*END

*D_NET *366 0.000206191
*CONN
*P mprj_io_analog_en[30] I
*CAP
1 mprj_io_analog_en[30] 0.000103095
2 *366:4 0.000103095
3 *366:4 *369:4 0
*RES
1 mprj_io_analog_en[30] *366:4 2.93119 
*END

*D_NET *367 0.000206191
*CONN
*P mprj_io_analog_pol[30] I
*CAP
1 mprj_io_analog_pol[30] 0.000103095
2 *367:4 0.000103095
3 *367:4 *369:4 0
4 *367:4 *374:4 0
*RES
1 mprj_io_analog_pol[30] *367:4 2.93119 
*END

*D_NET *368 0.000206191
*CONN
*P mprj_io_analog_sel[30] I
*CAP
1 mprj_io_analog_sel[30] 0.000103095
2 *368:4 0.000103095
3 *368:4 *371:4 0
*RES
1 mprj_io_analog_sel[30] *368:4 2.93119 
*END

*D_NET *369 0.000206191
*CONN
*P mprj_io_dm[90] I
*CAP
1 mprj_io_dm[90] 0.000103095
2 *369:4 0.000103095
3 *366:4 *369:4 0
4 *367:4 *369:4 0
*RES
1 mprj_io_dm[90] *369:4 2.93119 
*END

*D_NET *370 0.000206191
*CONN
*P mprj_io_dm[91] I
*CAP
1 mprj_io_dm[91] 0.000103095
2 *370:4 0.000103095
*RES
1 mprj_io_dm[91] *370:4 2.93119 
*END

*D_NET *371 0.000206191
*CONN
*P mprj_io_dm[92] I
*CAP
1 mprj_io_dm[92] 0.000103095
2 *371:4 0.000103095
3 *371:4 *372:4 0
4 *368:4 *371:4 0
*RES
1 mprj_io_dm[92] *371:4 2.93119 
*END

*D_NET *372 0.000206191
*CONN
*P mprj_io_holdover[30] I
*CAP
1 mprj_io_holdover[30] 0.000103095
2 *372:4 0.000103095
3 *372:4 *376:4 0
4 *371:4 *372:4 0
*RES
1 mprj_io_holdover[30] *372:4 2.93119 
*END

*D_NET *373 0.000206191
*CONN
*P mprj_io_ib_mode_sel[30] I
*CAP
1 mprj_io_ib_mode_sel[30] 0.000103095
2 *373:4 0.000103095
3 *373:4 *375:4 0
4 *373:4 *378:4 0
*RES
1 mprj_io_ib_mode_sel[30] *373:4 2.93119 
*END

*D_NET *374 0.000206191
*CONN
*P mprj_io_inp_dis[30] I
*CAP
1 mprj_io_inp_dis[30] 0.000103095
2 *374:4 0.000103095
3 *367:4 *374:4 0
*RES
1 mprj_io_inp_dis[30] *374:4 2.93119 
*END

*D_NET *375 0.000206191
*CONN
*P mprj_io_oeb[30] I
*CAP
1 mprj_io_oeb[30] 0.000103095
2 *375:4 0.000103095
3 *373:4 *375:4 0
*RES
1 mprj_io_oeb[30] *375:4 2.93119 
*END

*D_NET *376 0.000206191
*CONN
*P mprj_io_out[30] I
*CAP
1 mprj_io_out[30] 0.000103095
2 *376:4 0.000103095
3 *372:4 *376:4 0
*RES
1 mprj_io_out[30] *376:4 2.93119 
*END

*D_NET *377 0.000206191
*CONN
*P mprj_io_slow_sel[30] I
*CAP
1 mprj_io_slow_sel[30] 0.000103095
2 *377:4 0.000103095
3 *364:4 *377:4 0
*RES
1 mprj_io_slow_sel[30] *377:4 2.93119 
*END

*D_NET *378 0.000206191
*CONN
*P mprj_io_vtrip_sel[30] I
*CAP
1 mprj_io_vtrip_sel[30] 0.000103095
2 *378:4 0.000103095
3 *373:4 *378:4 0
*RES
1 mprj_io_vtrip_sel[30] *378:4 2.93119 
*END

*D_NET *379 0.000206191
*CONN
*P mprj_io_in[30] I
*CAP
1 mprj_io_in[30] 0.000103095
2 *379:4 0.000103095
*RES
1 mprj_io_in[30] *379:4 2.93119 
*END

*D_NET *380 0.000206191
*CONN
*P mprj_analog_io[24] I
*CAP
1 mprj_analog_io[24] 0.000103095
2 *380:4 0.000103095
3 *380:4 *393:4 0
*RES
1 mprj_analog_io[24] *380:4 2.93119 
*END

*D_NET *382 0.000206191
*CONN
*P mprj_io_analog_en[31] I
*CAP
1 mprj_io_analog_en[31] 0.000103095
2 *382:4 0.000103095
3 *382:4 *385:4 0
*RES
1 mprj_io_analog_en[31] *382:4 2.93119 
*END

*D_NET *383 0.000206191
*CONN
*P mprj_io_analog_pol[31] I
*CAP
1 mprj_io_analog_pol[31] 0.000103095
2 *383:4 0.000103095
3 *383:4 *385:4 0
4 *383:4 *390:4 0
*RES
1 mprj_io_analog_pol[31] *383:4 2.93119 
*END

*D_NET *384 0.000206191
*CONN
*P mprj_io_analog_sel[31] I
*CAP
1 mprj_io_analog_sel[31] 0.000103095
2 *384:4 0.000103095
3 *384:4 *387:4 0
*RES
1 mprj_io_analog_sel[31] *384:4 2.93119 
*END

*D_NET *385 0.000206191
*CONN
*P mprj_io_dm[93] I
*CAP
1 mprj_io_dm[93] 0.000103095
2 *385:4 0.000103095
3 *382:4 *385:4 0
4 *383:4 *385:4 0
*RES
1 mprj_io_dm[93] *385:4 2.93119 
*END

*D_NET *386 0.000206191
*CONN
*P mprj_io_dm[94] I
*CAP
1 mprj_io_dm[94] 0.000103095
2 *386:4 0.000103095
*RES
1 mprj_io_dm[94] *386:4 2.93119 
*END

*D_NET *387 0.000206191
*CONN
*P mprj_io_dm[95] I
*CAP
1 mprj_io_dm[95] 0.000103095
2 *387:4 0.000103095
3 *387:4 *388:4 0
4 *384:4 *387:4 0
*RES
1 mprj_io_dm[95] *387:4 2.93119 
*END

*D_NET *388 0.000206191
*CONN
*P mprj_io_holdover[31] I
*CAP
1 mprj_io_holdover[31] 0.000103095
2 *388:4 0.000103095
3 *388:4 *392:4 0
4 *387:4 *388:4 0
*RES
1 mprj_io_holdover[31] *388:4 2.93119 
*END

*D_NET *389 0.000206191
*CONN
*P mprj_io_ib_mode_sel[31] I
*CAP
1 mprj_io_ib_mode_sel[31] 0.000103095
2 *389:4 0.000103095
3 *389:4 *391:4 0
4 *389:4 *394:4 0
*RES
1 mprj_io_ib_mode_sel[31] *389:4 2.93119 
*END

*D_NET *390 0.000206191
*CONN
*P mprj_io_inp_dis[31] I
*CAP
1 mprj_io_inp_dis[31] 0.000103095
2 *390:4 0.000103095
3 *383:4 *390:4 0
*RES
1 mprj_io_inp_dis[31] *390:4 2.93119 
*END

*D_NET *391 0.000206191
*CONN
*P mprj_io_oeb[31] I
*CAP
1 mprj_io_oeb[31] 0.000103095
2 *391:4 0.000103095
3 *389:4 *391:4 0
*RES
1 mprj_io_oeb[31] *391:4 2.93119 
*END

*D_NET *392 0.000206191
*CONN
*P mprj_io_out[31] I
*CAP
1 mprj_io_out[31] 0.000103095
2 *392:4 0.000103095
3 *388:4 *392:4 0
*RES
1 mprj_io_out[31] *392:4 2.93119 
*END

*D_NET *393 0.000206191
*CONN
*P mprj_io_slow_sel[31] I
*CAP
1 mprj_io_slow_sel[31] 0.000103095
2 *393:4 0.000103095
3 *380:4 *393:4 0
*RES
1 mprj_io_slow_sel[31] *393:4 2.93119 
*END

*D_NET *394 0.000206191
*CONN
*P mprj_io_vtrip_sel[31] I
*CAP
1 mprj_io_vtrip_sel[31] 0.000103095
2 *394:4 0.000103095
3 *389:4 *394:4 0
*RES
1 mprj_io_vtrip_sel[31] *394:4 2.93119 
*END

*D_NET *395 0.000206191
*CONN
*P mprj_io_in[31] I
*CAP
1 mprj_io_in[31] 0.000103095
2 *395:4 0.000103095
*RES
1 mprj_io_in[31] *395:4 2.93119 
*END

*D_NET *396 0.000206191
*CONN
*P mprj_analog_io[25] I
*CAP
1 mprj_analog_io[25] 0.000103095
2 *396:4 0.000103095
3 *396:4 *409:4 0
*RES
1 mprj_analog_io[25] *396:4 2.93119 
*END

*D_NET *398 0.000206191
*CONN
*P mprj_io_analog_en[32] I
*CAP
1 mprj_io_analog_en[32] 0.000103095
2 *398:4 0.000103095
3 *398:4 *401:4 0
*RES
1 mprj_io_analog_en[32] *398:4 2.93119 
*END

*D_NET *399 0.000206191
*CONN
*P mprj_io_analog_pol[32] I
*CAP
1 mprj_io_analog_pol[32] 0.000103095
2 *399:4 0.000103095
3 *399:4 *401:4 0
4 *399:4 *406:4 0
*RES
1 mprj_io_analog_pol[32] *399:4 2.93119 
*END

*D_NET *400 0.000206191
*CONN
*P mprj_io_analog_sel[32] I
*CAP
1 mprj_io_analog_sel[32] 0.000103095
2 *400:4 0.000103095
3 *400:4 *403:4 0
*RES
1 mprj_io_analog_sel[32] *400:4 2.93119 
*END

*D_NET *401 0.000206191
*CONN
*P mprj_io_dm[96] I
*CAP
1 mprj_io_dm[96] 0.000103095
2 *401:4 0.000103095
3 *398:4 *401:4 0
4 *399:4 *401:4 0
*RES
1 mprj_io_dm[96] *401:4 2.93119 
*END

*D_NET *402 0.000206191
*CONN
*P mprj_io_dm[97] I
*CAP
1 mprj_io_dm[97] 0.000103095
2 *402:4 0.000103095
*RES
1 mprj_io_dm[97] *402:4 2.93119 
*END

*D_NET *403 0.000206191
*CONN
*P mprj_io_dm[98] I
*CAP
1 mprj_io_dm[98] 0.000103095
2 *403:4 0.000103095
3 *403:4 *404:4 0
4 *400:4 *403:4 0
*RES
1 mprj_io_dm[98] *403:4 2.93119 
*END

*D_NET *404 0.000206191
*CONN
*P mprj_io_holdover[32] I
*CAP
1 mprj_io_holdover[32] 0.000103095
2 *404:4 0.000103095
3 *404:4 *408:4 0
4 *403:4 *404:4 0
*RES
1 mprj_io_holdover[32] *404:4 2.93119 
*END

*D_NET *405 0.000206191
*CONN
*P mprj_io_ib_mode_sel[32] I
*CAP
1 mprj_io_ib_mode_sel[32] 0.000103095
2 *405:4 0.000103095
3 *405:4 *407:4 0
4 *405:4 *410:4 0
*RES
1 mprj_io_ib_mode_sel[32] *405:4 2.93119 
*END

*D_NET *406 0.000206191
*CONN
*P mprj_io_inp_dis[32] I
*CAP
1 mprj_io_inp_dis[32] 0.000103095
2 *406:4 0.000103095
3 *399:4 *406:4 0
*RES
1 mprj_io_inp_dis[32] *406:4 2.93119 
*END

*D_NET *407 0.000206191
*CONN
*P mprj_io_oeb[32] I
*CAP
1 mprj_io_oeb[32] 0.000103095
2 *407:4 0.000103095
3 *405:4 *407:4 0
*RES
1 mprj_io_oeb[32] *407:4 2.93119 
*END

*D_NET *408 0.000206191
*CONN
*P mprj_io_out[32] I
*CAP
1 mprj_io_out[32] 0.000103095
2 *408:4 0.000103095
3 *404:4 *408:4 0
*RES
1 mprj_io_out[32] *408:4 2.93119 
*END

*D_NET *409 0.000206191
*CONN
*P mprj_io_slow_sel[32] I
*CAP
1 mprj_io_slow_sel[32] 0.000103095
2 *409:4 0.000103095
3 *396:4 *409:4 0
*RES
1 mprj_io_slow_sel[32] *409:4 2.93119 
*END

*D_NET *410 0.000206191
*CONN
*P mprj_io_vtrip_sel[32] I
*CAP
1 mprj_io_vtrip_sel[32] 0.000103095
2 *410:4 0.000103095
3 *405:4 *410:4 0
*RES
1 mprj_io_vtrip_sel[32] *410:4 2.93119 
*END

*D_NET *411 0.000206191
*CONN
*P mprj_io_in[32] I
*CAP
1 mprj_io_in[32] 0.000103095
2 *411:4 0.000103095
*RES
1 mprj_io_in[32] *411:4 2.93119 
*END

*D_NET *412 0.000206191
*CONN
*P mprj_analog_io[26] I
*CAP
1 mprj_analog_io[26] 0.000103095
2 *412:4 0.000103095
3 *412:4 *425:4 0
*RES
1 mprj_analog_io[26] *412:4 2.93119 
*END

*D_NET *414 0.000206191
*CONN
*P mprj_io_analog_en[33] I
*CAP
1 mprj_io_analog_en[33] 0.000103095
2 *414:4 0.000103095
3 *414:4 *419:4 0
*RES
1 mprj_io_analog_en[33] *414:4 2.93119 
*END

*D_NET *415 0.000206191
*CONN
*P mprj_io_analog_pol[33] I
*CAP
1 mprj_io_analog_pol[33] 0.000103095
2 *415:4 0.000103095
3 *415:4 *419:4 0
4 *415:4 *422:4 0
*RES
1 mprj_io_analog_pol[33] *415:4 2.93119 
*END

*D_NET *416 0.000206191
*CONN
*P mprj_io_analog_sel[33] I
*CAP
1 mprj_io_analog_sel[33] 0.000103095
2 *416:4 0.000103095
3 *416:4 *418:4 0
*RES
1 mprj_io_analog_sel[33] *416:4 2.93119 
*END

*D_NET *417 0.000206191
*CONN
*P mprj_io_dm[100] I
*CAP
1 mprj_io_dm[100] 0.000103095
2 *417:4 0.000103095
*RES
1 mprj_io_dm[100] *417:4 2.93119 
*END

*D_NET *418 0.000206191
*CONN
*P mprj_io_dm[101] I
*CAP
1 mprj_io_dm[101] 0.000103095
2 *418:4 0.000103095
3 *418:4 *420:4 0
4 *416:4 *418:4 0
*RES
1 mprj_io_dm[101] *418:4 2.93119 
*END

*D_NET *419 0.000206191
*CONN
*P mprj_io_dm[99] I
*CAP
1 mprj_io_dm[99] 0.000103095
2 *419:4 0.000103095
3 *414:4 *419:4 0
4 *415:4 *419:4 0
*RES
1 mprj_io_dm[99] *419:4 2.93119 
*END

*D_NET *420 0.000206191
*CONN
*P mprj_io_holdover[33] I
*CAP
1 mprj_io_holdover[33] 0.000103095
2 *420:4 0.000103095
3 *420:4 *424:4 0
4 *418:4 *420:4 0
*RES
1 mprj_io_holdover[33] *420:4 2.93119 
*END

*D_NET *421 0.000206191
*CONN
*P mprj_io_ib_mode_sel[33] I
*CAP
1 mprj_io_ib_mode_sel[33] 0.000103095
2 *421:4 0.000103095
3 *421:4 *423:4 0
4 *421:4 *426:4 0
*RES
1 mprj_io_ib_mode_sel[33] *421:4 2.93119 
*END

*D_NET *422 0.000206191
*CONN
*P mprj_io_inp_dis[33] I
*CAP
1 mprj_io_inp_dis[33] 0.000103095
2 *422:4 0.000103095
3 *415:4 *422:4 0
*RES
1 mprj_io_inp_dis[33] *422:4 2.93119 
*END

*D_NET *423 0.000206191
*CONN
*P mprj_io_oeb[33] I
*CAP
1 mprj_io_oeb[33] 0.000103095
2 *423:4 0.000103095
3 *421:4 *423:4 0
*RES
1 mprj_io_oeb[33] *423:4 2.93119 
*END

*D_NET *424 0.000206191
*CONN
*P mprj_io_out[33] I
*CAP
1 mprj_io_out[33] 0.000103095
2 *424:4 0.000103095
3 *420:4 *424:4 0
*RES
1 mprj_io_out[33] *424:4 2.93119 
*END

*D_NET *425 0.000206191
*CONN
*P mprj_io_slow_sel[33] I
*CAP
1 mprj_io_slow_sel[33] 0.000103095
2 *425:4 0.000103095
3 *412:4 *425:4 0
*RES
1 mprj_io_slow_sel[33] *425:4 2.93119 
*END

*D_NET *426 0.000206191
*CONN
*P mprj_io_vtrip_sel[33] I
*CAP
1 mprj_io_vtrip_sel[33] 0.000103095
2 *426:4 0.000103095
3 *421:4 *426:4 0
*RES
1 mprj_io_vtrip_sel[33] *426:4 2.93119 
*END

*D_NET *427 0.000206191
*CONN
*P mprj_io_in[33] I
*CAP
1 mprj_io_in[33] 0.000103095
2 *427:4 0.000103095
*RES
1 mprj_io_in[33] *427:4 2.93119 
*END

*D_NET *428 0.000206191
*CONN
*P mprj_analog_io[27] I
*CAP
1 mprj_analog_io[27] 0.000103095
2 *428:4 0.000103095
3 *428:4 *441:4 0
*RES
1 mprj_analog_io[27] *428:4 2.93119 
*END

*D_NET *430 0.000206191
*CONN
*P mprj_io_analog_en[34] I
*CAP
1 mprj_io_analog_en[34] 0.000103095
2 *430:4 0.000103095
3 *430:4 *433:4 0
*RES
1 mprj_io_analog_en[34] *430:4 2.93119 
*END

*D_NET *431 0.000206191
*CONN
*P mprj_io_analog_pol[34] I
*CAP
1 mprj_io_analog_pol[34] 0.000103095
2 *431:4 0.000103095
3 *431:4 *433:4 0
4 *431:4 *438:4 0
*RES
1 mprj_io_analog_pol[34] *431:4 2.93119 
*END

*D_NET *432 0.000206191
*CONN
*P mprj_io_analog_sel[34] I
*CAP
1 mprj_io_analog_sel[34] 0.000103095
2 *432:4 0.000103095
3 *432:4 *435:4 0
*RES
1 mprj_io_analog_sel[34] *432:4 2.93119 
*END

*D_NET *433 0.000206191
*CONN
*P mprj_io_dm[102] I
*CAP
1 mprj_io_dm[102] 0.000103095
2 *433:4 0.000103095
3 *430:4 *433:4 0
4 *431:4 *433:4 0
*RES
1 mprj_io_dm[102] *433:4 2.93119 
*END

*D_NET *434 0.000206191
*CONN
*P mprj_io_dm[103] I
*CAP
1 mprj_io_dm[103] 0.000103095
2 *434:4 0.000103095
*RES
1 mprj_io_dm[103] *434:4 2.93119 
*END

*D_NET *435 0.000206191
*CONN
*P mprj_io_dm[104] I
*CAP
1 mprj_io_dm[104] 0.000103095
2 *435:4 0.000103095
3 *435:4 *436:4 0
4 *432:4 *435:4 0
*RES
1 mprj_io_dm[104] *435:4 2.93119 
*END

*D_NET *436 0.000206191
*CONN
*P mprj_io_holdover[34] I
*CAP
1 mprj_io_holdover[34] 0.000103095
2 *436:4 0.000103095
3 *436:4 *440:4 0
4 *435:4 *436:4 0
*RES
1 mprj_io_holdover[34] *436:4 2.93119 
*END

*D_NET *437 0.000206191
*CONN
*P mprj_io_ib_mode_sel[34] I
*CAP
1 mprj_io_ib_mode_sel[34] 0.000103095
2 *437:4 0.000103095
3 *437:4 *439:4 0
4 *437:4 *442:4 0
*RES
1 mprj_io_ib_mode_sel[34] *437:4 2.93119 
*END

*D_NET *438 0.000206191
*CONN
*P mprj_io_inp_dis[34] I
*CAP
1 mprj_io_inp_dis[34] 0.000103095
2 *438:4 0.000103095
3 *431:4 *438:4 0
*RES
1 mprj_io_inp_dis[34] *438:4 2.93119 
*END

*D_NET *439 0.000206191
*CONN
*P mprj_io_oeb[34] I
*CAP
1 mprj_io_oeb[34] 0.000103095
2 *439:4 0.000103095
3 *437:4 *439:4 0
*RES
1 mprj_io_oeb[34] *439:4 2.93119 
*END

*D_NET *440 0.000206191
*CONN
*P mprj_io_out[34] I
*CAP
1 mprj_io_out[34] 0.000103095
2 *440:4 0.000103095
3 *436:4 *440:4 0
*RES
1 mprj_io_out[34] *440:4 2.93119 
*END

*D_NET *441 0.000206191
*CONN
*P mprj_io_slow_sel[34] I
*CAP
1 mprj_io_slow_sel[34] 0.000103095
2 *441:4 0.000103095
3 *428:4 *441:4 0
*RES
1 mprj_io_slow_sel[34] *441:4 2.93119 
*END

*D_NET *442 0.000206191
*CONN
*P mprj_io_vtrip_sel[34] I
*CAP
1 mprj_io_vtrip_sel[34] 0.000103095
2 *442:4 0.000103095
3 *437:4 *442:4 0
*RES
1 mprj_io_vtrip_sel[34] *442:4 2.93119 
*END

*D_NET *443 0.000206191
*CONN
*P mprj_io_in[34] I
*CAP
1 mprj_io_in[34] 0.000103095
2 *443:4 0.000103095
*RES
1 mprj_io_in[34] *443:4 2.93119 
*END

*D_NET *444 0.000206191
*CONN
*P mprj_analog_io[28] I
*CAP
1 mprj_analog_io[28] 0.000103095
2 *444:4 0.000103095
3 *444:4 *457:4 0
*RES
1 mprj_analog_io[28] *444:4 2.93119 
*END

*D_NET *446 0.000206191
*CONN
*P mprj_io_analog_en[35] I
*CAP
1 mprj_io_analog_en[35] 0.000103095
2 *446:4 0.000103095
3 *446:4 *449:4 0
*RES
1 mprj_io_analog_en[35] *446:4 2.93119 
*END

*D_NET *447 0.000206191
*CONN
*P mprj_io_analog_pol[35] I
*CAP
1 mprj_io_analog_pol[35] 0.000103095
2 *447:4 0.000103095
3 *447:4 *449:4 0
4 *447:4 *454:4 0
*RES
1 mprj_io_analog_pol[35] *447:4 2.93119 
*END

*D_NET *448 0.000206191
*CONN
*P mprj_io_analog_sel[35] I
*CAP
1 mprj_io_analog_sel[35] 0.000103095
2 *448:4 0.000103095
3 *448:4 *451:4 0
*RES
1 mprj_io_analog_sel[35] *448:4 2.93119 
*END

*D_NET *449 0.000206191
*CONN
*P mprj_io_dm[105] I
*CAP
1 mprj_io_dm[105] 0.000103095
2 *449:4 0.000103095
3 *446:4 *449:4 0
4 *447:4 *449:4 0
*RES
1 mprj_io_dm[105] *449:4 2.93119 
*END

*D_NET *450 0.000206191
*CONN
*P mprj_io_dm[106] I
*CAP
1 mprj_io_dm[106] 0.000103095
2 *450:4 0.000103095
*RES
1 mprj_io_dm[106] *450:4 2.93119 
*END

*D_NET *451 0.000206191
*CONN
*P mprj_io_dm[107] I
*CAP
1 mprj_io_dm[107] 0.000103095
2 *451:4 0.000103095
3 *451:4 *452:4 0
4 *448:4 *451:4 0
*RES
1 mprj_io_dm[107] *451:4 2.93119 
*END

*D_NET *452 0.000206191
*CONN
*P mprj_io_holdover[35] I
*CAP
1 mprj_io_holdover[35] 0.000103095
2 *452:4 0.000103095
3 *452:4 *456:4 0
4 *451:4 *452:4 0
*RES
1 mprj_io_holdover[35] *452:4 2.93119 
*END

*D_NET *453 0.000206191
*CONN
*P mprj_io_ib_mode_sel[35] I
*CAP
1 mprj_io_ib_mode_sel[35] 0.000103095
2 *453:4 0.000103095
3 *453:4 *455:4 0
4 *453:4 *458:4 0
*RES
1 mprj_io_ib_mode_sel[35] *453:4 2.93119 
*END

*D_NET *454 0.000206191
*CONN
*P mprj_io_inp_dis[35] I
*CAP
1 mprj_io_inp_dis[35] 0.000103095
2 *454:4 0.000103095
3 *447:4 *454:4 0
*RES
1 mprj_io_inp_dis[35] *454:4 2.93119 
*END

*D_NET *455 0.000206191
*CONN
*P mprj_io_oeb[35] I
*CAP
1 mprj_io_oeb[35] 0.000103095
2 *455:4 0.000103095
3 *453:4 *455:4 0
*RES
1 mprj_io_oeb[35] *455:4 2.93119 
*END

*D_NET *456 0.000206191
*CONN
*P mprj_io_out[35] I
*CAP
1 mprj_io_out[35] 0.000103095
2 *456:4 0.000103095
3 *452:4 *456:4 0
*RES
1 mprj_io_out[35] *456:4 2.93119 
*END

*D_NET *457 0.000206191
*CONN
*P mprj_io_slow_sel[35] I
*CAP
1 mprj_io_slow_sel[35] 0.000103095
2 *457:4 0.000103095
3 *444:4 *457:4 0
*RES
1 mprj_io_slow_sel[35] *457:4 2.93119 
*END

*D_NET *458 0.000206191
*CONN
*P mprj_io_vtrip_sel[35] I
*CAP
1 mprj_io_vtrip_sel[35] 0.000103095
2 *458:4 0.000103095
3 *453:4 *458:4 0
*RES
1 mprj_io_vtrip_sel[35] *458:4 2.93119 
*END

*D_NET *459 0.000206191
*CONN
*P mprj_io_in[35] I
*CAP
1 mprj_io_in[35] 0.000103095
2 *459:4 0.000103095
*RES
1 mprj_io_in[35] *459:4 2.93119 
*END

*D_NET *461 0.000206191
*CONN
*P mprj_io_analog_en[36] I
*CAP
1 mprj_io_analog_en[36] 0.000103095
2 *461:4 0.000103095
3 *461:4 *464:4 0
*RES
1 mprj_io_analog_en[36] *461:4 2.93119 
*END

*D_NET *462 0.000206191
*CONN
*P mprj_io_analog_pol[36] I
*CAP
1 mprj_io_analog_pol[36] 0.000103095
2 *462:4 0.000103095
3 *462:4 *464:4 0
4 *462:4 *469:4 0
*RES
1 mprj_io_analog_pol[36] *462:4 2.93119 
*END

*D_NET *463 0.000206191
*CONN
*P mprj_io_analog_sel[36] I
*CAP
1 mprj_io_analog_sel[36] 0.000103095
2 *463:4 0.000103095
3 *463:4 *466:4 0
*RES
1 mprj_io_analog_sel[36] *463:4 2.93119 
*END

*D_NET *464 0.000206191
*CONN
*P mprj_io_dm[108] I
*CAP
1 mprj_io_dm[108] 0.000103095
2 *464:4 0.000103095
3 *461:4 *464:4 0
4 *462:4 *464:4 0
*RES
1 mprj_io_dm[108] *464:4 2.93119 
*END

*D_NET *465 0.000206191
*CONN
*P mprj_io_dm[109] I
*CAP
1 mprj_io_dm[109] 0.000103095
2 *465:4 0.000103095
*RES
1 mprj_io_dm[109] *465:4 2.93119 
*END

*D_NET *466 0.000206191
*CONN
*P mprj_io_dm[110] I
*CAP
1 mprj_io_dm[110] 0.000103095
2 *466:4 0.000103095
3 *466:4 *467:4 0
4 *463:4 *466:4 0
*RES
1 mprj_io_dm[110] *466:4 2.93119 
*END

*D_NET *467 0.000206191
*CONN
*P mprj_io_holdover[36] I
*CAP
1 mprj_io_holdover[36] 0.000103095
2 *467:4 0.000103095
3 *467:4 *471:4 0
4 *466:4 *467:4 0
*RES
1 mprj_io_holdover[36] *467:4 2.93119 
*END

*D_NET *468 0.000206191
*CONN
*P mprj_io_ib_mode_sel[36] I
*CAP
1 mprj_io_ib_mode_sel[36] 0.000103095
2 *468:4 0.000103095
3 *468:4 *470:4 0
4 *468:4 *473:4 0
*RES
1 mprj_io_ib_mode_sel[36] *468:4 2.93119 
*END

*D_NET *469 0.000206191
*CONN
*P mprj_io_inp_dis[36] I
*CAP
1 mprj_io_inp_dis[36] 0.000103095
2 *469:4 0.000103095
3 *462:4 *469:4 0
*RES
1 mprj_io_inp_dis[36] *469:4 2.93119 
*END

*D_NET *470 0.000206191
*CONN
*P mprj_io_oeb[36] I
*CAP
1 mprj_io_oeb[36] 0.000103095
2 *470:4 0.000103095
3 *468:4 *470:4 0
*RES
1 mprj_io_oeb[36] *470:4 2.93119 
*END

*D_NET *471 0.000206191
*CONN
*P mprj_io_out[36] I
*CAP
1 mprj_io_out[36] 0.000103095
2 *471:4 0.000103095
3 *467:4 *471:4 0
*RES
1 mprj_io_out[36] *471:4 2.93119 
*END

*D_NET *472 0.000206191
*CONN
*P mprj_io_slow_sel[36] I
*CAP
1 mprj_io_slow_sel[36] 0.000103095
2 *472:4 0.000103095
*RES
1 mprj_io_slow_sel[36] *472:4 2.93119 
*END

*D_NET *473 0.000206191
*CONN
*P mprj_io_vtrip_sel[36] I
*CAP
1 mprj_io_vtrip_sel[36] 0.000103095
2 *473:4 0.000103095
3 *468:4 *473:4 0
*RES
1 mprj_io_vtrip_sel[36] *473:4 2.93119 
*END

*D_NET *474 0.000206191
*CONN
*P mprj_io_in[36] I
*CAP
1 mprj_io_in[36] 0.000103095
2 *474:4 0.000103095
*RES
1 mprj_io_in[36] *474:4 2.93119 
*END

*D_NET *476 0.000206191
*CONN
*P mprj_io_analog_en[37] I
*CAP
1 mprj_io_analog_en[37] 0.000103095
2 *476:4 0.000103095
3 *476:4 *479:4 0
*RES
1 mprj_io_analog_en[37] *476:4 2.93119 
*END

*D_NET *477 0.000206191
*CONN
*P mprj_io_analog_pol[37] I
*CAP
1 mprj_io_analog_pol[37] 0.000103095
2 *477:4 0.000103095
3 *477:4 *479:4 0
4 *477:4 *484:4 0
*RES
1 mprj_io_analog_pol[37] *477:4 2.93119 
*END

*D_NET *478 0.000206191
*CONN
*P mprj_io_analog_sel[37] I
*CAP
1 mprj_io_analog_sel[37] 0.000103095
2 *478:4 0.000103095
3 *478:4 *481:4 0
*RES
1 mprj_io_analog_sel[37] *478:4 2.93119 
*END

*D_NET *479 0.000206191
*CONN
*P mprj_io_dm[111] I
*CAP
1 mprj_io_dm[111] 0.000103095
2 *479:4 0.000103095
3 *476:4 *479:4 0
4 *477:4 *479:4 0
*RES
1 mprj_io_dm[111] *479:4 2.93119 
*END

*D_NET *480 0.000206191
*CONN
*P mprj_io_dm[112] I
*CAP
1 mprj_io_dm[112] 0.000103095
2 *480:4 0.000103095
*RES
1 mprj_io_dm[112] *480:4 2.93119 
*END

*D_NET *481 0.000206191
*CONN
*P mprj_io_dm[113] I
*CAP
1 mprj_io_dm[113] 0.000103095
2 *481:4 0.000103095
3 *481:4 *482:4 0
4 *478:4 *481:4 0
*RES
1 mprj_io_dm[113] *481:4 2.93119 
*END

*D_NET *482 0.000206191
*CONN
*P mprj_io_holdover[37] I
*CAP
1 mprj_io_holdover[37] 0.000103095
2 *482:4 0.000103095
3 *482:4 *486:4 0
4 *481:4 *482:4 0
*RES
1 mprj_io_holdover[37] *482:4 2.93119 
*END

*D_NET *483 0.000206191
*CONN
*P mprj_io_ib_mode_sel[37] I
*CAP
1 mprj_io_ib_mode_sel[37] 0.000103095
2 *483:4 0.000103095
3 *483:4 *485:4 0
4 *483:4 *488:4 0
*RES
1 mprj_io_ib_mode_sel[37] *483:4 2.93119 
*END

*D_NET *484 0.000206191
*CONN
*P mprj_io_inp_dis[37] I
*CAP
1 mprj_io_inp_dis[37] 0.000103095
2 *484:4 0.000103095
3 *477:4 *484:4 0
*RES
1 mprj_io_inp_dis[37] *484:4 2.93119 
*END

*D_NET *485 0.000206191
*CONN
*P mprj_io_oeb[37] I
*CAP
1 mprj_io_oeb[37] 0.000103095
2 *485:4 0.000103095
3 *483:4 *485:4 0
*RES
1 mprj_io_oeb[37] *485:4 2.93119 
*END

*D_NET *486 0.000206191
*CONN
*P mprj_io_out[37] I
*CAP
1 mprj_io_out[37] 0.000103095
2 *486:4 0.000103095
3 *482:4 *486:4 0
*RES
1 mprj_io_out[37] *486:4 2.93119 
*END

*D_NET *487 0.000206191
*CONN
*P mprj_io_slow_sel[37] I
*CAP
1 mprj_io_slow_sel[37] 0.000103095
2 *487:4 0.000103095
*RES
1 mprj_io_slow_sel[37] *487:4 2.93119 
*END

*D_NET *488 0.000206191
*CONN
*P mprj_io_vtrip_sel[37] I
*CAP
1 mprj_io_vtrip_sel[37] 0.000103095
2 *488:4 0.000103095
3 *483:4 *488:4 0
*RES
1 mprj_io_vtrip_sel[37] *488:4 2.93119 
*END

*D_NET *489 0.000206191
*CONN
*P mprj_io_in[37] I
*CAP
1 mprj_io_in[37] 0.000103095
2 *489:4 0.000103095
*RES
1 mprj_io_in[37] *489:4 2.93119 
*END

*D_NET *490 2.40556e-05
*CONN
*P mprj_analog_io[13] I
*CAP
1 mprj_analog_io[13] 1.20278e-05
2 *490:4 1.20278e-05
*RES
1 mprj_analog_io[13] *490:4 0.341972 
*END

*D_NET *492 2.40556e-05
*CONN
*P mprj_io_analog_en[20] I
*CAP
1 mprj_io_analog_en[20] 1.20278e-05
2 *492:4 1.20278e-05
*RES
1 mprj_io_analog_en[20] *492:4 0.341972 
*END

*D_NET *493 2.40556e-05
*CONN
*P mprj_io_analog_pol[20] I
*CAP
1 mprj_io_analog_pol[20] 1.20278e-05
2 *493:4 1.20278e-05
*RES
1 mprj_io_analog_pol[20] *493:4 0.341972 
*END

*D_NET *494 2.40556e-05
*CONN
*P mprj_io_analog_sel[20] I
*CAP
1 mprj_io_analog_sel[20] 1.20278e-05
2 *494:4 1.20278e-05
*RES
1 mprj_io_analog_sel[20] *494:4 0.341972 
*END

*D_NET *495 2.40556e-05
*CONN
*P mprj_io_dm[60] I
*CAP
1 mprj_io_dm[60] 1.20278e-05
2 *495:4 1.20278e-05
*RES
1 mprj_io_dm[60] *495:4 0.341972 
*END

*D_NET *496 2.40556e-05
*CONN
*P mprj_io_dm[61] I
*CAP
1 mprj_io_dm[61] 1.20278e-05
2 *496:4 1.20278e-05
*RES
1 mprj_io_dm[61] *496:4 0.341972 
*END

*D_NET *497 2.40556e-05
*CONN
*P mprj_io_dm[62] I
*CAP
1 mprj_io_dm[62] 1.20278e-05
2 *497:4 1.20278e-05
*RES
1 mprj_io_dm[62] *497:4 0.341972 
*END

*D_NET *498 2.40556e-05
*CONN
*P mprj_io_holdover[20] I
*CAP
1 mprj_io_holdover[20] 1.20278e-05
2 *498:4 1.20278e-05
*RES
1 mprj_io_holdover[20] *498:4 0.341972 
*END

*D_NET *499 2.40556e-05
*CONN
*P mprj_io_ib_mode_sel[20] I
*CAP
1 mprj_io_ib_mode_sel[20] 1.20278e-05
2 *499:4 1.20278e-05
*RES
1 mprj_io_ib_mode_sel[20] *499:4 0.341972 
*END

*D_NET *500 2.40556e-05
*CONN
*P mprj_io_inp_dis[20] I
*CAP
1 mprj_io_inp_dis[20] 1.20278e-05
2 *500:4 1.20278e-05
*RES
1 mprj_io_inp_dis[20] *500:4 0.341972 
*END

*D_NET *501 2.40556e-05
*CONN
*P mprj_io_oeb[20] I
*CAP
1 mprj_io_oeb[20] 1.20278e-05
2 *501:4 1.20278e-05
*RES
1 mprj_io_oeb[20] *501:4 0.341972 
*END

*D_NET *502 2.40556e-05
*CONN
*P mprj_io_out[20] I
*CAP
1 mprj_io_out[20] 1.20278e-05
2 *502:4 1.20278e-05
*RES
1 mprj_io_out[20] *502:4 0.341972 
*END

*D_NET *503 2.40556e-05
*CONN
*P mprj_io_slow_sel[20] I
*CAP
1 mprj_io_slow_sel[20] 1.20278e-05
2 *503:4 1.20278e-05
*RES
1 mprj_io_slow_sel[20] *503:4 0.341972 
*END

*D_NET *504 2.40556e-05
*CONN
*P mprj_io_vtrip_sel[20] I
*CAP
1 mprj_io_vtrip_sel[20] 1.20278e-05
2 *504:4 1.20278e-05
*RES
1 mprj_io_vtrip_sel[20] *504:4 0.341972 
*END

*D_NET *505 2.40556e-05
*CONN
*P mprj_io_in[20] I
*CAP
1 mprj_io_in[20] 1.20278e-05
2 *505:4 1.20278e-05
*RES
1 mprj_io_in[20] *505:4 0.341972 
*END

*D_NET *506 2.40556e-05
*CONN
*P mprj_analog_io[14] I
*CAP
1 mprj_analog_io[14] 1.20278e-05
2 *506:4 1.20278e-05
*RES
1 mprj_analog_io[14] *506:4 0.341972 
*END

*D_NET *508 2.40556e-05
*CONN
*P mprj_io_analog_en[21] I
*CAP
1 mprj_io_analog_en[21] 1.20278e-05
2 *508:4 1.20278e-05
*RES
1 mprj_io_analog_en[21] *508:4 0.341972 
*END

*D_NET *509 2.40556e-05
*CONN
*P mprj_io_analog_pol[21] I
*CAP
1 mprj_io_analog_pol[21] 1.20278e-05
2 *509:4 1.20278e-05
*RES
1 mprj_io_analog_pol[21] *509:4 0.341972 
*END

*D_NET *510 2.40556e-05
*CONN
*P mprj_io_analog_sel[21] I
*CAP
1 mprj_io_analog_sel[21] 1.20278e-05
2 *510:4 1.20278e-05
*RES
1 mprj_io_analog_sel[21] *510:4 0.341972 
*END

*D_NET *511 2.40556e-05
*CONN
*P mprj_io_dm[63] I
*CAP
1 mprj_io_dm[63] 1.20278e-05
2 *511:4 1.20278e-05
*RES
1 mprj_io_dm[63] *511:4 0.341972 
*END

*D_NET *512 2.40556e-05
*CONN
*P mprj_io_dm[64] I
*CAP
1 mprj_io_dm[64] 1.20278e-05
2 *512:4 1.20278e-05
*RES
1 mprj_io_dm[64] *512:4 0.341972 
*END

*D_NET *513 2.40556e-05
*CONN
*P mprj_io_dm[65] I
*CAP
1 mprj_io_dm[65] 1.20278e-05
2 *513:4 1.20278e-05
*RES
1 mprj_io_dm[65] *513:4 0.341972 
*END

*D_NET *514 2.40556e-05
*CONN
*P mprj_io_holdover[21] I
*CAP
1 mprj_io_holdover[21] 1.20278e-05
2 *514:4 1.20278e-05
*RES
1 mprj_io_holdover[21] *514:4 0.341972 
*END

*D_NET *515 2.40556e-05
*CONN
*P mprj_io_ib_mode_sel[21] I
*CAP
1 mprj_io_ib_mode_sel[21] 1.20278e-05
2 *515:4 1.20278e-05
*RES
1 mprj_io_ib_mode_sel[21] *515:4 0.341972 
*END

*D_NET *516 2.40556e-05
*CONN
*P mprj_io_inp_dis[21] I
*CAP
1 mprj_io_inp_dis[21] 1.20278e-05
2 *516:4 1.20278e-05
*RES
1 mprj_io_inp_dis[21] *516:4 0.341972 
*END

*D_NET *517 2.40556e-05
*CONN
*P mprj_io_oeb[21] I
*CAP
1 mprj_io_oeb[21] 1.20278e-05
2 *517:4 1.20278e-05
*RES
1 mprj_io_oeb[21] *517:4 0.341972 
*END

*D_NET *518 2.40556e-05
*CONN
*P mprj_io_out[21] I
*CAP
1 mprj_io_out[21] 1.20278e-05
2 *518:4 1.20278e-05
*RES
1 mprj_io_out[21] *518:4 0.341972 
*END

*D_NET *519 2.40556e-05
*CONN
*P mprj_io_slow_sel[21] I
*CAP
1 mprj_io_slow_sel[21] 1.20278e-05
2 *519:4 1.20278e-05
*RES
1 mprj_io_slow_sel[21] *519:4 0.341972 
*END

*D_NET *520 2.40556e-05
*CONN
*P mprj_io_vtrip_sel[21] I
*CAP
1 mprj_io_vtrip_sel[21] 1.20278e-05
2 *520:4 1.20278e-05
*RES
1 mprj_io_vtrip_sel[21] *520:4 0.341972 
*END

*D_NET *521 2.40556e-05
*CONN
*P mprj_io_in[21] I
*CAP
1 mprj_io_in[21] 1.20278e-05
2 *521:4 1.20278e-05
*RES
1 mprj_io_in[21] *521:4 0.341972 
*END

*D_NET *522 2.40556e-05
*CONN
*P mprj_analog_io[15] I
*CAP
1 mprj_analog_io[15] 1.20278e-05
2 *522:4 1.20278e-05
*RES
1 mprj_analog_io[15] *522:4 0.341972 
*END

*D_NET *524 2.40556e-05
*CONN
*P mprj_io_analog_en[22] I
*CAP
1 mprj_io_analog_en[22] 1.20278e-05
2 *524:4 1.20278e-05
*RES
1 mprj_io_analog_en[22] *524:4 0.341972 
*END

*D_NET *525 2.40556e-05
*CONN
*P mprj_io_analog_pol[22] I
*CAP
1 mprj_io_analog_pol[22] 1.20278e-05
2 *525:4 1.20278e-05
*RES
1 mprj_io_analog_pol[22] *525:4 0.341972 
*END

*D_NET *526 2.40556e-05
*CONN
*P mprj_io_analog_sel[22] I
*CAP
1 mprj_io_analog_sel[22] 1.20278e-05
2 *526:4 1.20278e-05
*RES
1 mprj_io_analog_sel[22] *526:4 0.341972 
*END

*D_NET *527 2.40556e-05
*CONN
*P mprj_io_dm[66] I
*CAP
1 mprj_io_dm[66] 1.20278e-05
2 *527:4 1.20278e-05
*RES
1 mprj_io_dm[66] *527:4 0.341972 
*END

*D_NET *528 2.40556e-05
*CONN
*P mprj_io_dm[67] I
*CAP
1 mprj_io_dm[67] 1.20278e-05
2 *528:4 1.20278e-05
*RES
1 mprj_io_dm[67] *528:4 0.341972 
*END

*D_NET *529 2.40556e-05
*CONN
*P mprj_io_dm[68] I
*CAP
1 mprj_io_dm[68] 1.20278e-05
2 *529:4 1.20278e-05
*RES
1 mprj_io_dm[68] *529:4 0.341972 
*END

*D_NET *530 2.40556e-05
*CONN
*P mprj_io_holdover[22] I
*CAP
1 mprj_io_holdover[22] 1.20278e-05
2 *530:4 1.20278e-05
*RES
1 mprj_io_holdover[22] *530:4 0.341972 
*END

*D_NET *531 2.40556e-05
*CONN
*P mprj_io_ib_mode_sel[22] I
*CAP
1 mprj_io_ib_mode_sel[22] 1.20278e-05
2 *531:4 1.20278e-05
*RES
1 mprj_io_ib_mode_sel[22] *531:4 0.341972 
*END

*D_NET *532 2.40556e-05
*CONN
*P mprj_io_inp_dis[22] I
*CAP
1 mprj_io_inp_dis[22] 1.20278e-05
2 *532:4 1.20278e-05
*RES
1 mprj_io_inp_dis[22] *532:4 0.341972 
*END

*D_NET *533 2.40556e-05
*CONN
*P mprj_io_oeb[22] I
*CAP
1 mprj_io_oeb[22] 1.20278e-05
2 *533:4 1.20278e-05
*RES
1 mprj_io_oeb[22] *533:4 0.341972 
*END

*D_NET *534 2.40556e-05
*CONN
*P mprj_io_out[22] I
*CAP
1 mprj_io_out[22] 1.20278e-05
2 *534:4 1.20278e-05
*RES
1 mprj_io_out[22] *534:4 0.341972 
*END

*D_NET *535 2.40556e-05
*CONN
*P mprj_io_slow_sel[22] I
*CAP
1 mprj_io_slow_sel[22] 1.20278e-05
2 *535:4 1.20278e-05
*RES
1 mprj_io_slow_sel[22] *535:4 0.341972 
*END

*D_NET *536 2.40556e-05
*CONN
*P mprj_io_vtrip_sel[22] I
*CAP
1 mprj_io_vtrip_sel[22] 1.20278e-05
2 *536:4 1.20278e-05
*RES
1 mprj_io_vtrip_sel[22] *536:4 0.341972 
*END

*D_NET *537 2.40556e-05
*CONN
*P mprj_io_in[22] I
*CAP
1 mprj_io_in[22] 1.20278e-05
2 *537:4 1.20278e-05
*RES
1 mprj_io_in[22] *537:4 0.341972 
*END

*D_NET *538 2.40556e-05
*CONN
*P mprj_analog_io[16] I
*CAP
1 mprj_analog_io[16] 1.20278e-05
2 *538:4 1.20278e-05
*RES
1 mprj_analog_io[16] *538:4 0.341972 
*END

*D_NET *540 2.40556e-05
*CONN
*P mprj_io_analog_en[23] I
*CAP
1 mprj_io_analog_en[23] 1.20278e-05
2 *540:4 1.20278e-05
*RES
1 mprj_io_analog_en[23] *540:4 0.341972 
*END

*D_NET *541 2.40556e-05
*CONN
*P mprj_io_analog_pol[23] I
*CAP
1 mprj_io_analog_pol[23] 1.20278e-05
2 *541:4 1.20278e-05
*RES
1 mprj_io_analog_pol[23] *541:4 0.341972 
*END

*D_NET *542 2.40556e-05
*CONN
*P mprj_io_analog_sel[23] I
*CAP
1 mprj_io_analog_sel[23] 1.20278e-05
2 *542:4 1.20278e-05
*RES
1 mprj_io_analog_sel[23] *542:4 0.341972 
*END

*D_NET *543 2.40556e-05
*CONN
*P mprj_io_dm[69] I
*CAP
1 mprj_io_dm[69] 1.20278e-05
2 *543:4 1.20278e-05
*RES
1 mprj_io_dm[69] *543:4 0.341972 
*END

*D_NET *544 2.40556e-05
*CONN
*P mprj_io_dm[70] I
*CAP
1 mprj_io_dm[70] 1.20278e-05
2 *544:4 1.20278e-05
*RES
1 mprj_io_dm[70] *544:4 0.341972 
*END

*D_NET *545 2.40556e-05
*CONN
*P mprj_io_dm[71] I
*CAP
1 mprj_io_dm[71] 1.20278e-05
2 *545:4 1.20278e-05
*RES
1 mprj_io_dm[71] *545:4 0.341972 
*END

*D_NET *546 2.40556e-05
*CONN
*P mprj_io_holdover[23] I
*CAP
1 mprj_io_holdover[23] 1.20278e-05
2 *546:4 1.20278e-05
*RES
1 mprj_io_holdover[23] *546:4 0.341972 
*END

*D_NET *547 2.40556e-05
*CONN
*P mprj_io_ib_mode_sel[23] I
*CAP
1 mprj_io_ib_mode_sel[23] 1.20278e-05
2 *547:4 1.20278e-05
*RES
1 mprj_io_ib_mode_sel[23] *547:4 0.341972 
*END

*D_NET *548 2.40556e-05
*CONN
*P mprj_io_inp_dis[23] I
*CAP
1 mprj_io_inp_dis[23] 1.20278e-05
2 *548:4 1.20278e-05
*RES
1 mprj_io_inp_dis[23] *548:4 0.341972 
*END

*D_NET *549 2.40556e-05
*CONN
*P mprj_io_oeb[23] I
*CAP
1 mprj_io_oeb[23] 1.20278e-05
2 *549:4 1.20278e-05
*RES
1 mprj_io_oeb[23] *549:4 0.341972 
*END

*D_NET *550 2.40556e-05
*CONN
*P mprj_io_out[23] I
*CAP
1 mprj_io_out[23] 1.20278e-05
2 *550:4 1.20278e-05
*RES
1 mprj_io_out[23] *550:4 0.341972 
*END

*D_NET *551 2.40556e-05
*CONN
*P mprj_io_slow_sel[23] I
*CAP
1 mprj_io_slow_sel[23] 1.20278e-05
2 *551:4 1.20278e-05
*RES
1 mprj_io_slow_sel[23] *551:4 0.341972 
*END

*D_NET *552 2.40556e-05
*CONN
*P mprj_io_vtrip_sel[23] I
*CAP
1 mprj_io_vtrip_sel[23] 1.20278e-05
2 *552:4 1.20278e-05
*RES
1 mprj_io_vtrip_sel[23] *552:4 0.341972 
*END

*D_NET *553 2.40556e-05
*CONN
*P mprj_io_in[23] I
*CAP
1 mprj_io_in[23] 1.20278e-05
2 *553:4 1.20278e-05
*RES
1 mprj_io_in[23] *553:4 0.341972 
*END

*D_NET *554 0.000206191
*CONN
*P mprj_analog_io[17] I
*CAP
1 mprj_analog_io[17] 0.000103095
2 *554:4 0.000103095
3 *554:4 *567:4 0
*RES
1 mprj_analog_io[17] *554:4 2.93119 
*END

*D_NET *556 0.000206191
*CONN
*P mprj_io_analog_en[24] I
*CAP
1 mprj_io_analog_en[24] 0.000103095
2 *556:4 0.000103095
3 *556:4 *559:4 0
*RES
1 mprj_io_analog_en[24] *556:4 2.93119 
*END

*D_NET *557 0.000206191
*CONN
*P mprj_io_analog_pol[24] I
*CAP
1 mprj_io_analog_pol[24] 0.000103095
2 *557:4 0.000103095
3 *557:4 *559:4 0
4 *557:4 *564:4 0
*RES
1 mprj_io_analog_pol[24] *557:4 2.93119 
*END

*D_NET *558 0.000206191
*CONN
*P mprj_io_analog_sel[24] I
*CAP
1 mprj_io_analog_sel[24] 0.000103095
2 *558:4 0.000103095
3 *558:4 *561:4 0
*RES
1 mprj_io_analog_sel[24] *558:4 2.93119 
*END

*D_NET *559 0.000206191
*CONN
*P mprj_io_dm[72] I
*CAP
1 mprj_io_dm[72] 0.000103095
2 *559:4 0.000103095
3 *556:4 *559:4 0
4 *557:4 *559:4 0
*RES
1 mprj_io_dm[72] *559:4 2.93119 
*END

*D_NET *560 0.000206191
*CONN
*P mprj_io_dm[73] I
*CAP
1 mprj_io_dm[73] 0.000103095
2 *560:4 0.000103095
*RES
1 mprj_io_dm[73] *560:4 2.93119 
*END

*D_NET *561 0.000206191
*CONN
*P mprj_io_dm[74] I
*CAP
1 mprj_io_dm[74] 0.000103095
2 *561:4 0.000103095
3 *561:4 *562:4 0
4 *558:4 *561:4 0
*RES
1 mprj_io_dm[74] *561:4 2.93119 
*END

*D_NET *562 0.000206191
*CONN
*P mprj_io_holdover[24] I
*CAP
1 mprj_io_holdover[24] 0.000103095
2 *562:4 0.000103095
3 *562:4 *566:4 0
4 *561:4 *562:4 0
*RES
1 mprj_io_holdover[24] *562:4 2.93119 
*END

*D_NET *563 0.000206191
*CONN
*P mprj_io_ib_mode_sel[24] I
*CAP
1 mprj_io_ib_mode_sel[24] 0.000103095
2 *563:4 0.000103095
3 *563:4 *565:4 0
4 *563:4 *568:4 0
*RES
1 mprj_io_ib_mode_sel[24] *563:4 2.93119 
*END

*D_NET *564 0.000206191
*CONN
*P mprj_io_inp_dis[24] I
*CAP
1 mprj_io_inp_dis[24] 0.000103095
2 *564:4 0.000103095
3 *557:4 *564:4 0
*RES
1 mprj_io_inp_dis[24] *564:4 2.93119 
*END

*D_NET *565 0.000206191
*CONN
*P mprj_io_oeb[24] I
*CAP
1 mprj_io_oeb[24] 0.000103095
2 *565:4 0.000103095
3 *563:4 *565:4 0
*RES
1 mprj_io_oeb[24] *565:4 2.93119 
*END

*D_NET *566 0.000206191
*CONN
*P mprj_io_out[24] I
*CAP
1 mprj_io_out[24] 0.000103095
2 *566:4 0.000103095
3 *562:4 *566:4 0
*RES
1 mprj_io_out[24] *566:4 2.93119 
*END

*D_NET *567 0.000206191
*CONN
*P mprj_io_slow_sel[24] I
*CAP
1 mprj_io_slow_sel[24] 0.000103095
2 *567:4 0.000103095
3 *554:4 *567:4 0
*RES
1 mprj_io_slow_sel[24] *567:4 2.93119 
*END

*D_NET *568 0.000206191
*CONN
*P mprj_io_vtrip_sel[24] I
*CAP
1 mprj_io_vtrip_sel[24] 0.000103095
2 *568:4 0.000103095
3 *563:4 *568:4 0
*RES
1 mprj_io_vtrip_sel[24] *568:4 2.93119 
*END

*D_NET *569 0.000206191
*CONN
*P mprj_io_in[24] I
*CAP
1 mprj_io_in[24] 0.000103095
2 *569:4 0.000103095
*RES
1 mprj_io_in[24] *569:4 2.93119 
*END

*D_NET *570 0.000206191
*CONN
*P mprj_analog_io[18] I
*CAP
1 mprj_analog_io[18] 0.000103095
2 *570:4 0.000103095
3 *570:4 *583:4 0
*RES
1 mprj_analog_io[18] *570:4 2.93119 
*END

*D_NET *572 0.000206191
*CONN
*P mprj_io_analog_en[25] I
*CAP
1 mprj_io_analog_en[25] 0.000103095
2 *572:4 0.000103095
3 *572:4 *575:4 0
*RES
1 mprj_io_analog_en[25] *572:4 2.93119 
*END

*D_NET *573 0.000206191
*CONN
*P mprj_io_analog_pol[25] I
*CAP
1 mprj_io_analog_pol[25] 0.000103095
2 *573:4 0.000103095
3 *573:4 *575:4 0
4 *573:4 *580:4 0
*RES
1 mprj_io_analog_pol[25] *573:4 2.93119 
*END

*D_NET *574 0.000206191
*CONN
*P mprj_io_analog_sel[25] I
*CAP
1 mprj_io_analog_sel[25] 0.000103095
2 *574:4 0.000103095
3 *574:4 *577:4 0
*RES
1 mprj_io_analog_sel[25] *574:4 2.93119 
*END

*D_NET *575 0.000206191
*CONN
*P mprj_io_dm[75] I
*CAP
1 mprj_io_dm[75] 0.000103095
2 *575:4 0.000103095
3 *572:4 *575:4 0
4 *573:4 *575:4 0
*RES
1 mprj_io_dm[75] *575:4 2.93119 
*END

*D_NET *576 0.000206191
*CONN
*P mprj_io_dm[76] I
*CAP
1 mprj_io_dm[76] 0.000103095
2 *576:4 0.000103095
*RES
1 mprj_io_dm[76] *576:4 2.93119 
*END

*D_NET *577 0.000206191
*CONN
*P mprj_io_dm[77] I
*CAP
1 mprj_io_dm[77] 0.000103095
2 *577:4 0.000103095
3 *577:4 *578:4 0
4 *574:4 *577:4 0
*RES
1 mprj_io_dm[77] *577:4 2.93119 
*END

*D_NET *578 0.000206191
*CONN
*P mprj_io_holdover[25] I
*CAP
1 mprj_io_holdover[25] 0.000103095
2 *578:4 0.000103095
3 *578:4 *582:4 0
4 *577:4 *578:4 0
*RES
1 mprj_io_holdover[25] *578:4 2.93119 
*END

*D_NET *579 0.000206191
*CONN
*P mprj_io_ib_mode_sel[25] I
*CAP
1 mprj_io_ib_mode_sel[25] 0.000103095
2 *579:4 0.000103095
3 *579:4 *581:4 0
4 *579:4 *584:4 0
*RES
1 mprj_io_ib_mode_sel[25] *579:4 2.93119 
*END

*D_NET *580 0.000206191
*CONN
*P mprj_io_inp_dis[25] I
*CAP
1 mprj_io_inp_dis[25] 0.000103095
2 *580:4 0.000103095
3 *573:4 *580:4 0
*RES
1 mprj_io_inp_dis[25] *580:4 2.93119 
*END

*D_NET *581 0.000206191
*CONN
*P mprj_io_oeb[25] I
*CAP
1 mprj_io_oeb[25] 0.000103095
2 *581:4 0.000103095
3 *579:4 *581:4 0
*RES
1 mprj_io_oeb[25] *581:4 2.93119 
*END

*D_NET *582 0.000206191
*CONN
*P mprj_io_out[25] I
*CAP
1 mprj_io_out[25] 0.000103095
2 *582:4 0.000103095
3 *578:4 *582:4 0
*RES
1 mprj_io_out[25] *582:4 2.93119 
*END

*D_NET *583 0.000206191
*CONN
*P mprj_io_slow_sel[25] I
*CAP
1 mprj_io_slow_sel[25] 0.000103095
2 *583:4 0.000103095
3 *570:4 *583:4 0
*RES
1 mprj_io_slow_sel[25] *583:4 2.93119 
*END

*D_NET *584 0.000206191
*CONN
*P mprj_io_vtrip_sel[25] I
*CAP
1 mprj_io_vtrip_sel[25] 0.000103095
2 *584:4 0.000103095
3 *579:4 *584:4 0
*RES
1 mprj_io_vtrip_sel[25] *584:4 2.93119 
*END

*D_NET *585 0.000206191
*CONN
*P mprj_io_in[25] I
*CAP
1 mprj_io_in[25] 0.000103095
2 *585:4 0.000103095
*RES
1 mprj_io_in[25] *585:4 2.93119 
*END

*D_NET *586 0.000206191
*CONN
*P mprj_analog_io[19] I
*CAP
1 mprj_analog_io[19] 0.000103095
2 *586:4 0.000103095
3 *586:4 *599:4 0
*RES
1 mprj_analog_io[19] *586:4 2.93119 
*END

*D_NET *588 0.000206191
*CONN
*P mprj_io_analog_en[26] I
*CAP
1 mprj_io_analog_en[26] 0.000103095
2 *588:4 0.000103095
3 *588:4 *591:4 0
*RES
1 mprj_io_analog_en[26] *588:4 2.93119 
*END

*D_NET *589 0.000206191
*CONN
*P mprj_io_analog_pol[26] I
*CAP
1 mprj_io_analog_pol[26] 0.000103095
2 *589:4 0.000103095
3 *589:4 *591:4 0
4 *589:4 *596:4 0
*RES
1 mprj_io_analog_pol[26] *589:4 2.93119 
*END

*D_NET *590 0.000206191
*CONN
*P mprj_io_analog_sel[26] I
*CAP
1 mprj_io_analog_sel[26] 0.000103095
2 *590:4 0.000103095
3 *590:4 *593:4 0
*RES
1 mprj_io_analog_sel[26] *590:4 2.93119 
*END

*D_NET *591 0.000206191
*CONN
*P mprj_io_dm[78] I
*CAP
1 mprj_io_dm[78] 0.000103095
2 *591:4 0.000103095
3 *588:4 *591:4 0
4 *589:4 *591:4 0
*RES
1 mprj_io_dm[78] *591:4 2.93119 
*END

*D_NET *592 0.000206191
*CONN
*P mprj_io_dm[79] I
*CAP
1 mprj_io_dm[79] 0.000103095
2 *592:4 0.000103095
*RES
1 mprj_io_dm[79] *592:4 2.93119 
*END

*D_NET *593 0.000206191
*CONN
*P mprj_io_dm[80] I
*CAP
1 mprj_io_dm[80] 0.000103095
2 *593:4 0.000103095
3 *593:4 *594:4 0
4 *590:4 *593:4 0
*RES
1 mprj_io_dm[80] *593:4 2.93119 
*END

*D_NET *594 0.000206191
*CONN
*P mprj_io_holdover[26] I
*CAP
1 mprj_io_holdover[26] 0.000103095
2 *594:4 0.000103095
3 *594:4 *598:4 0
4 *593:4 *594:4 0
*RES
1 mprj_io_holdover[26] *594:4 2.93119 
*END

*D_NET *595 0.000206191
*CONN
*P mprj_io_ib_mode_sel[26] I
*CAP
1 mprj_io_ib_mode_sel[26] 0.000103095
2 *595:4 0.000103095
3 *595:4 *597:4 0
4 *595:4 *600:4 0
*RES
1 mprj_io_ib_mode_sel[26] *595:4 2.93119 
*END

*D_NET *596 0.000206191
*CONN
*P mprj_io_inp_dis[26] I
*CAP
1 mprj_io_inp_dis[26] 0.000103095
2 *596:4 0.000103095
3 *589:4 *596:4 0
*RES
1 mprj_io_inp_dis[26] *596:4 2.93119 
*END

*D_NET *597 0.000206191
*CONN
*P mprj_io_oeb[26] I
*CAP
1 mprj_io_oeb[26] 0.000103095
2 *597:4 0.000103095
3 *595:4 *597:4 0
*RES
1 mprj_io_oeb[26] *597:4 2.93119 
*END

*D_NET *598 0.000206191
*CONN
*P mprj_io_out[26] I
*CAP
1 mprj_io_out[26] 0.000103095
2 *598:4 0.000103095
3 *594:4 *598:4 0
*RES
1 mprj_io_out[26] *598:4 2.93119 
*END

*D_NET *599 0.000206191
*CONN
*P mprj_io_slow_sel[26] I
*CAP
1 mprj_io_slow_sel[26] 0.000103095
2 *599:4 0.000103095
3 *586:4 *599:4 0
*RES
1 mprj_io_slow_sel[26] *599:4 2.93119 
*END

*D_NET *600 0.000206191
*CONN
*P mprj_io_vtrip_sel[26] I
*CAP
1 mprj_io_vtrip_sel[26] 0.000103095
2 *600:4 0.000103095
3 *595:4 *600:4 0
*RES
1 mprj_io_vtrip_sel[26] *600:4 2.93119 
*END

*D_NET *601 0.000206191
*CONN
*P mprj_io_in[26] I
*CAP
1 mprj_io_in[26] 0.000103095
2 *601:4 0.000103095
*RES
1 mprj_io_in[26] *601:4 2.93119 
*END

*D_NET *602 0.000206191
*CONN
*P mprj_analog_io[20] I
*CAP
1 mprj_analog_io[20] 0.000103095
2 *602:4 0.000103095
3 *602:4 *615:4 0
*RES
1 mprj_analog_io[20] *602:4 2.93119 
*END

*D_NET *604 0.000206191
*CONN
*P mprj_io_analog_en[27] I
*CAP
1 mprj_io_analog_en[27] 0.000103095
2 *604:4 0.000103095
3 *604:4 *607:4 0
*RES
1 mprj_io_analog_en[27] *604:4 2.93119 
*END

*D_NET *605 0.000206191
*CONN
*P mprj_io_analog_pol[27] I
*CAP
1 mprj_io_analog_pol[27] 0.000103095
2 *605:4 0.000103095
3 *605:4 *607:4 0
4 *605:4 *612:4 0
*RES
1 mprj_io_analog_pol[27] *605:4 2.93119 
*END

*D_NET *606 0.000206191
*CONN
*P mprj_io_analog_sel[27] I
*CAP
1 mprj_io_analog_sel[27] 0.000103095
2 *606:4 0.000103095
3 *606:4 *609:4 0
*RES
1 mprj_io_analog_sel[27] *606:4 2.93119 
*END

*D_NET *607 0.000206191
*CONN
*P mprj_io_dm[81] I
*CAP
1 mprj_io_dm[81] 0.000103095
2 *607:4 0.000103095
3 *604:4 *607:4 0
4 *605:4 *607:4 0
*RES
1 mprj_io_dm[81] *607:4 2.93119 
*END

*D_NET *608 0.000206191
*CONN
*P mprj_io_dm[82] I
*CAP
1 mprj_io_dm[82] 0.000103095
2 *608:4 0.000103095
*RES
1 mprj_io_dm[82] *608:4 2.93119 
*END

*D_NET *609 0.000206191
*CONN
*P mprj_io_dm[83] I
*CAP
1 mprj_io_dm[83] 0.000103095
2 *609:4 0.000103095
3 *609:4 *610:4 0
4 *606:4 *609:4 0
*RES
1 mprj_io_dm[83] *609:4 2.93119 
*END

*D_NET *610 0.000206191
*CONN
*P mprj_io_holdover[27] I
*CAP
1 mprj_io_holdover[27] 0.000103095
2 *610:4 0.000103095
3 *610:4 *614:4 0
4 *609:4 *610:4 0
*RES
1 mprj_io_holdover[27] *610:4 2.93119 
*END

*D_NET *611 0.000206191
*CONN
*P mprj_io_ib_mode_sel[27] I
*CAP
1 mprj_io_ib_mode_sel[27] 0.000103095
2 *611:4 0.000103095
3 *611:4 *613:4 0
4 *611:4 *616:4 0
*RES
1 mprj_io_ib_mode_sel[27] *611:4 2.93119 
*END

*D_NET *612 0.000206191
*CONN
*P mprj_io_inp_dis[27] I
*CAP
1 mprj_io_inp_dis[27] 0.000103095
2 *612:4 0.000103095
3 *605:4 *612:4 0
*RES
1 mprj_io_inp_dis[27] *612:4 2.93119 
*END

*D_NET *613 0.000206191
*CONN
*P mprj_io_oeb[27] I
*CAP
1 mprj_io_oeb[27] 0.000103095
2 *613:4 0.000103095
3 *611:4 *613:4 0
*RES
1 mprj_io_oeb[27] *613:4 2.93119 
*END

*D_NET *614 0.000206191
*CONN
*P mprj_io_out[27] I
*CAP
1 mprj_io_out[27] 0.000103095
2 *614:4 0.000103095
3 *610:4 *614:4 0
*RES
1 mprj_io_out[27] *614:4 2.93119 
*END

*D_NET *615 0.000206191
*CONN
*P mprj_io_slow_sel[27] I
*CAP
1 mprj_io_slow_sel[27] 0.000103095
2 *615:4 0.000103095
3 *602:4 *615:4 0
*RES
1 mprj_io_slow_sel[27] *615:4 2.93119 
*END

*D_NET *616 0.000206191
*CONN
*P mprj_io_vtrip_sel[27] I
*CAP
1 mprj_io_vtrip_sel[27] 0.000103095
2 *616:4 0.000103095
3 *611:4 *616:4 0
*RES
1 mprj_io_vtrip_sel[27] *616:4 2.93119 
*END

*D_NET *617 0.000206191
*CONN
*P mprj_io_in[27] I
*CAP
1 mprj_io_in[27] 0.000103095
2 *617:4 0.000103095
*RES
1 mprj_io_in[27] *617:4 2.93119 
*END

*D_NET *618 0.000206191
*CONN
*P mprj_analog_io[21] I
*CAP
1 mprj_analog_io[21] 0.000103095
2 *618:4 0.000103095
3 *618:4 *631:4 0
*RES
1 mprj_analog_io[21] *618:4 2.93119 
*END

*D_NET *620 0.000206191
*CONN
*P mprj_io_analog_en[28] I
*CAP
1 mprj_io_analog_en[28] 0.000103095
2 *620:4 0.000103095
3 *620:4 *623:4 0
*RES
1 mprj_io_analog_en[28] *620:4 2.93119 
*END

*D_NET *621 0.000206191
*CONN
*P mprj_io_analog_pol[28] I
*CAP
1 mprj_io_analog_pol[28] 0.000103095
2 *621:4 0.000103095
3 *621:4 *623:4 0
4 *621:4 *628:4 0
*RES
1 mprj_io_analog_pol[28] *621:4 2.93119 
*END

*D_NET *622 0.000206191
*CONN
*P mprj_io_analog_sel[28] I
*CAP
1 mprj_io_analog_sel[28] 0.000103095
2 *622:4 0.000103095
3 *622:4 *625:4 0
*RES
1 mprj_io_analog_sel[28] *622:4 2.93119 
*END

*D_NET *623 0.000206191
*CONN
*P mprj_io_dm[84] I
*CAP
1 mprj_io_dm[84] 0.000103095
2 *623:4 0.000103095
3 *620:4 *623:4 0
4 *621:4 *623:4 0
*RES
1 mprj_io_dm[84] *623:4 2.93119 
*END

*D_NET *624 0.000206191
*CONN
*P mprj_io_dm[85] I
*CAP
1 mprj_io_dm[85] 0.000103095
2 *624:4 0.000103095
*RES
1 mprj_io_dm[85] *624:4 2.93119 
*END

*D_NET *625 0.000206191
*CONN
*P mprj_io_dm[86] I
*CAP
1 mprj_io_dm[86] 0.000103095
2 *625:4 0.000103095
3 *625:4 *626:4 0
4 *622:4 *625:4 0
*RES
1 mprj_io_dm[86] *625:4 2.93119 
*END

*D_NET *626 0.000206191
*CONN
*P mprj_io_holdover[28] I
*CAP
1 mprj_io_holdover[28] 0.000103095
2 *626:4 0.000103095
3 *626:4 *630:4 0
4 *625:4 *626:4 0
*RES
1 mprj_io_holdover[28] *626:4 2.93119 
*END

*D_NET *627 0.000206191
*CONN
*P mprj_io_ib_mode_sel[28] I
*CAP
1 mprj_io_ib_mode_sel[28] 0.000103095
2 *627:4 0.000103095
3 *627:4 *629:4 0
4 *627:4 *632:4 0
*RES
1 mprj_io_ib_mode_sel[28] *627:4 2.93119 
*END

*D_NET *628 0.000206191
*CONN
*P mprj_io_inp_dis[28] I
*CAP
1 mprj_io_inp_dis[28] 0.000103095
2 *628:4 0.000103095
3 *621:4 *628:4 0
*RES
1 mprj_io_inp_dis[28] *628:4 2.93119 
*END

*D_NET *629 0.000206191
*CONN
*P mprj_io_oeb[28] I
*CAP
1 mprj_io_oeb[28] 0.000103095
2 *629:4 0.000103095
3 *627:4 *629:4 0
*RES
1 mprj_io_oeb[28] *629:4 2.93119 
*END

*D_NET *630 0.000206191
*CONN
*P mprj_io_out[28] I
*CAP
1 mprj_io_out[28] 0.000103095
2 *630:4 0.000103095
3 *626:4 *630:4 0
*RES
1 mprj_io_out[28] *630:4 2.93119 
*END

*D_NET *631 0.000206191
*CONN
*P mprj_io_slow_sel[28] I
*CAP
1 mprj_io_slow_sel[28] 0.000103095
2 *631:4 0.000103095
3 *618:4 *631:4 0
*RES
1 mprj_io_slow_sel[28] *631:4 2.93119 
*END

*D_NET *632 0.000206191
*CONN
*P mprj_io_vtrip_sel[28] I
*CAP
1 mprj_io_vtrip_sel[28] 0.000103095
2 *632:4 0.000103095
3 *627:4 *632:4 0
*RES
1 mprj_io_vtrip_sel[28] *632:4 2.93119 
*END

*D_NET *633 0.000206191
*CONN
*P mprj_io_in[28] I
*CAP
1 mprj_io_in[28] 0.000103095
2 *633:4 0.000103095
*RES
1 mprj_io_in[28] *633:4 2.93119 
*END

*D_NET *634 0.00315145
*CONN
*P resetb I
*CAP
1 resetb 0.00157573
2 *634:4 0.00157573
*RES
1 resetb *634:4 0.682487 
*END

*D_NET *635 8.09526e-05
*CONN
*P vdda I
*CAP
1 vdda 4.04763e-05
2 *635:4 4.04763e-05
*RES
1 vdda *635:4 0.16137 
*END

*D_NET *636 0.00632442
*CONN
*P vssa I
*CAP
1 vssa 0.00316221
2 *636:4 0.00316221
*RES
1 vssa *636:4 12.607 
*END

*D_NET *637 0.00570109
*CONN
*P vccd1_pad I
*CAP
1 vccd1_pad 0.00285055
2 *637:4 0.00285055
*RES
1 vccd1_pad *637:4 1.23464 
*END

*D_NET *638 0.00515522
*CONN
*P vdda1_pad I
*CAP
1 vdda1_pad 0.00257761
2 *638:4 0.00257761
*RES
1 vdda1_pad *638:4 1.11643 
*END

*D_NET *639 0.00515522
*CONN
*P vdda1_pad2 I
*CAP
1 vdda1_pad2 0.00257761
2 *639:4 0.00257761
*RES
1 vdda1_pad2 *639:4 1.11643 
*END

*D_NET *640 0.00515692
*CONN
*P vssa1_pad I
*CAP
1 vssa1_pad 0.00257846
2 *640:4 0.00257846
*RES
1 vssa1_pad *640:4 1.1168 
*END

*D_NET *641 0.00515522
*CONN
*P vssa1_pad2 I
*CAP
1 vssa1_pad2 0.00257761
2 *641:4 0.00257761
*RES
1 vssa1_pad2 *641:4 1.11643 
*END

*D_NET *642 0.000290923
*CONN
*P vdda1 I
*CAP
1 vdda1 0.000145462
2 *642:4 0.000145462
*RES
1 vdda1 *642:4 0.579924 
*END

*D_NET *643 2.78274e-05
*CONN
*P vssa1 I
*CAP
1 vssa1 1.39137e-05
2 *643:4 1.39137e-05
*RES
1 vssa1 *643:4 0.055471 
*END

*D_NET *644 0.00570109
*CONN
*P vssd1_pad I
*CAP
1 vssd1_pad 0.00285055
2 *644:4 0.00285055
*RES
1 vssd1_pad *644:4 1.23464 
*END

*D_NET *645 0.00570109
*CONN
*P vccd2_pad I
*CAP
1 vccd2_pad 0.00285055
2 *645:4 0.00285055
*RES
1 vccd2_pad *645:4 1.23464 
*END

*D_NET *646 0.00515522
*CONN
*P vdda2_pad I
*CAP
1 vdda2_pad 0.00257761
2 *646:4 0.00257761
*RES
1 vdda2_pad *646:4 1.11643 
*END

*D_NET *647 0.00515522
*CONN
*P vssa2_pad I
*CAP
1 vssa2_pad 0.00257761
2 *647:4 0.00257761
*RES
1 vssa2_pad *647:4 1.11643 
*END

*D_NET *648 0.000459575
*CONN
*P vccd I
*CAP
1 vccd 0.000229787
2 *648:4 0.000229787
*RES
1 vccd *648:4 0.916112 
*END

*D_NET *649 0.000290923
*CONN
*P vdda2 I
*CAP
1 vdda2 0.000145462
2 *649:4 0.000145462
*RES
1 vdda2 *649:4 0.579924 
*END

*D_NET *650 0.000290923
*CONN
*P vddio I
*CAP
1 vddio 0.000145462
2 *650:4 0.000145462
*RES
1 vddio *650:4 0.579924 
*END

*D_NET *651 2.78274e-05
*CONN
*P vssa2 I
*CAP
1 vssa2 1.39137e-05
2 *651:4 1.39137e-05
*RES
1 vssa2 *651:4 0.055471 
*END

*D_NET *652 0.00570109
*CONN
*P vssd2_pad I
*CAP
1 vssd2_pad 0.00285055
2 *652:4 0.00285055
*RES
1 vssd2_pad *652:4 1.23464 
*END

*D_NET *653 0.00203899
*CONN
*P vssio I
*CAP
1 vssio 0.0010195
2 *653:4 0.0010195
*RES
1 vssio *653:4 4.06451 
*END

*D_NET *654 0.000112996
*CONN
*P vssd I
*CAP
1 vssd 5.64982e-05
2 *654:4 5.64982e-05
*RES
1 vssd *654:4 0.225246 
*END

*D_NET *655 6.27163e-05
*CONN
*P resetb_core_h I
*CAP
1 resetb_core_h 3.13582e-05
2 *655:4 3.13582e-05
*RES
1 resetb_core_h *655:4 0.891571 
*END

*D_NET *656 0.0432846
*CONN
*CAP
1 *656:179 0.000725622
2 *656:178 0.000725622
3 *656:174 0.00121835
4 *656:173 0.00121835
5 *656:169 0.000903627
6 *656:168 0.000903627
7 *656:164 4.67886e-05
8 *656:163 4.67886e-05
9 *656:159 0.00100923
10 *656:158 0.00100923
11 *656:154 2.69842e-05
12 *656:153 2.69842e-05
13 *656:149 0.00100923
14 *656:148 0.00100923
15 *656:144 0.000721277
16 *656:143 0.000721277
17 *656:139 0.000904275
18 *656:138 0.000904275
19 *656:134 0.00121835
20 *656:133 0.00121835
21 *656:129 4.43685e-05
22 *656:128 4.43685e-05
23 *656:124 0.000781075
24 *656:123 0.000781075
25 *656:119 2.82491e-05
26 *656:118 2.82491e-05
27 *656:114 0.00101193
28 *656:113 0.00101193
29 *656:109 0.000719973
30 *656:108 0.000719973
31 *656:104 0.000959841
32 *656:103 0.000959841
33 *656:99 5.2575e-05
34 *656:98 5.2575e-05
35 *656:94 0.000964207
36 *656:93 0.000964207
37 *656:89 3.2268e-05
38 *656:88 3.2268e-05
39 *656:84 0.000799027
40 *656:83 0.000799027
41 *656:79 4.59819e-05
42 *656:78 4.59819e-05
43 *656:74 0.00104952
44 *656:73 0.00104952
45 *656:69 0.000622538
46 *656:68 0.000622538
47 *656:64 0.000233589
48 *656:59 0
49 *656:52 0.000473641
50 *656:51 0.000240052
51 *656:47 0.000550953
52 *656:46 0.000550953
53 *656:42 0.000128191
54 *656:37 0
55 *656:30 0.000312985
56 *656:29 0.000184794
57 *656:25 0.000483143
58 *656:24 0.000483143
59 *656:20 0.00016879
60 *656:15 0
61 *656:8 0.00039854
62 *656:7 0.00022975
63 *656:3 0.000573949
64 *656:2 0.000573949
65 *656:25 *657:174 0.00027762
66 *656:25 *657:179 0.000527143
67 *656:25 *657:184 0.00013881
68 *656:74 *657:104 0.000199818
69 *656:84 *657:134 0.00041057
70 *656:94 *657:84 0.00040085
71 *656:94 *657:104 0.000971155
72 *656:104 *657:47 0.000151769
73 *656:104 *657:114 0.000204475
74 *656:104 *657:134 0.00100867
75 *656:109 *657:47 0.000576355
76 *656:124 *657:174 0.000374275
77 *656:139 *657:154 0.000201651
78 *656:139 *657:174 0.00093361
79 *656:149 *657:184 0.000187158
80 *656:169 *657:164 0.00040452
81 *656:169 *657:184 0.000939181
*RES
1 *656:2 *656:3 0.238632 
2 *656:7 *656:8 0.0486442 
3 *656:8 *656:15 0.00168684 
4 *656:8 *656:20 0.0473593 
5 *656:24 *656:25 0.238632 
6 *656:29 *656:30 0.0504798 
7 *656:30 *656:37 0.00168684 
8 *656:30 *656:42 0.0455236 
9 *656:46 *656:47 0.238632 
10 *656:51 *656:52 0.0501127 
11 *656:52 *656:59 0.00181331 
12 *656:52 *656:64 0.0497456 
13 *656:68 *656:69 0.238632 
14 *656:73 *656:74 2.1869 
15 *656:78 *656:79 0.0958136 
16 *656:83 *656:84 2.1869 
17 *656:88 *656:89 0.0672376 
18 *656:93 *656:94 4.95856 
19 *656:98 *656:99 0.201202 
20 *656:103 *656:104 4.95856 
21 *656:108 *656:109 2.75531 
22 *656:113 *656:114 2.19363 
23 *656:118 *656:119 0.112623 
24 *656:123 *656:124 2.19363 
25 *656:128 *656:129 0.0924517 
26 *656:133 *656:134 4.66258 
27 *656:138 *656:139 4.66258 
28 *656:143 *656:144 2.7603 
29 *656:148 *656:149 2.19363 
30 *656:153 *656:154 0.10758 
31 *656:158 *656:159 2.19363 
32 *656:163 *656:164 0.0974945 
33 *656:168 *656:169 4.66258 
34 *656:173 *656:174 4.66258 
35 *656:178 *656:179 2.77693 
*END

*D_NET *657 0.0444972
*CONN
*CAP
1 *657:189 2.99808e-05
2 *657:188 2.99808e-05
3 *657:184 0.000903627
4 *657:183 0.000903627
5 *657:179 0.000666964
6 *657:178 0.000666964
7 *657:174 0.000904275
8 *657:173 0.000904275
9 *657:169 4.92087e-05
10 *657:168 4.92087e-05
11 *657:164 0.000801484
12 *657:163 0.000801484
13 *657:159 3.54948e-05
14 *657:158 3.54948e-05
15 *657:154 0.00105274
16 *657:153 0.00105274
17 *657:149 2.95463e-05
18 *657:148 2.95463e-05
19 *657:144 0.00129569
20 *657:143 0.00129569
21 *657:139 0.000743002
22 *657:138 0.000743002
23 *657:134 0.000959841
24 *657:133 0.000959841
25 *657:129 4.59819e-05
26 *657:128 4.59819e-05
27 *657:124 0.00104952
28 *657:123 0.00104952
29 *657:119 3.2268e-05
30 *657:118 3.2268e-05
31 *657:114 0.00104952
32 *657:113 0.00104952
33 *657:109 2.52012e-05
34 *657:108 2.52012e-05
35 *657:104 0.000964208
36 *657:103 0.000964208
37 *657:99 0.000747347
38 *657:98 0.000747347
39 *657:94 0.00129569
40 *657:93 0.00129569
41 *657:89 3.95283e-05
42 *657:88 3.95283e-05
43 *657:84 0.000799027
44 *657:83 0.000799027
45 *657:79 3.87216e-05
46 *657:78 3.87216e-05
47 *657:74 0.00104952
48 *657:73 0.00104952
49 *657:69 0.000550953
50 *657:68 0.000550953
51 *657:64 0.00017859
52 *657:59 0
53 *657:52 0.000329232
54 *657:51 0.000150643
55 *657:47 0.000823112
56 *657:46 0.000823112
57 *657:42 0.000230285
58 *657:37 0
59 *657:30 0.000426227
60 *657:29 0.000195942
61 *657:25 0.000550953
62 *657:24 0.000550953
63 *657:20 0.000243266
64 *657:15 0
65 *657:8 0.000454974
66 *657:7 0.000211707
67 *657:3 0.000550953
68 *657:2 0.000550953
69 *656:25 *657:174 0.00027762
70 *656:25 *657:179 0.000527143
71 *656:25 *657:184 0.00013881
72 *656:74 *657:104 0.000199818
73 *656:84 *657:134 0.00041057
74 *656:94 *657:84 0.00040085
75 *656:94 *657:104 0.000971155
76 *656:104 *657:47 0.000151769
77 *656:104 *657:114 0.000204475
78 *656:104 *657:134 0.00100867
79 *656:109 *657:47 0.000576355
80 *656:124 *657:174 0.000374275
81 *656:139 *657:154 0.000201651
82 *656:139 *657:174 0.00093361
83 *656:149 *657:184 0.000187158
84 *656:169 *657:164 0.00040452
85 *656:169 *657:184 0.000939181
*RES
1 *657:2 *657:3 0.238632 
2 *657:7 *657:8 0.0488278 
3 *657:8 *657:15 0.00181331 
4 *657:8 *657:20 0.0502963 
5 *657:24 *657:25 0.238632 
6 *657:29 *657:30 0.0480935 
7 *657:30 *657:37 0.00168684 
8 *657:30 *657:42 0.0517648 
9 *657:46 *657:47 0.238632 
10 *657:51 *657:52 0.0499291 
11 *657:52 *657:59 0.00168684 
12 *657:52 *657:64 0.0499291 
13 *657:68 *657:69 0.238632 
14 *657:73 *657:74 2.1869 
15 *657:78 *657:79 0.0806851 
16 *657:83 *657:84 2.1869 
17 *657:88 *657:89 0.0823661 
18 *657:93 *657:94 4.95856 
19 *657:98 *657:99 2.86007 
20 *657:103 *657:104 4.95856 
21 *657:108 *657:109 0.0964441 
22 *657:113 *657:114 2.1869 
23 *657:118 *657:119 0.0672376 
24 *657:123 *657:124 2.1869 
25 *657:128 *657:129 0.0958136 
26 *657:133 *657:134 4.95856 
27 *657:138 *657:139 2.84344 
28 *657:143 *657:144 4.95856 
29 *657:148 *657:149 0.113072 
30 *657:153 *657:154 2.19363 
31 *657:158 *657:159 0.0739614 
32 *657:163 *657:164 2.19363 
33 *657:168 *657:169 0.102537 
34 *657:173 *657:174 4.66258 
35 *657:178 *657:179 2.55244 
36 *657:183 *657:184 4.66258 
37 *657:188 *657:189 0.114735 
*END

*D_NET *658 0.0438276
*CONN
*CAP
1 *658:189 0.000777328
2 *658:188 0.000777328
3 *658:184 0.00132176
4 *658:183 0.00132176
5 *658:179 2.99808e-05
6 *658:178 2.99808e-05
7 *658:174 0.00098056
8 *658:173 0.00098056
9 *658:169 5.08221e-05
10 *658:168 5.08221e-05
11 *658:164 0.00104871
12 *658:163 0.00104871
13 *658:159 4.27551e-05
14 *658:158 4.27551e-05
15 *658:154 0.00104871
16 *658:153 0.00104871
17 *658:149 0.000778631
18 *658:148 0.000778631
19 *658:144 0.000988321
20 *658:143 0.000988321
21 *658:139 2.86773e-05
22 *658:138 2.86773e-05
23 *658:134 0.00132176
24 *658:133 0.00132176
25 *658:129 5.24355e-05
26 *658:128 5.24355e-05
27 *658:124 0.000798413
28 *658:123 0.000798413
29 *658:119 4.11417e-05
30 *658:118 4.11417e-05
31 *658:114 0.00104871
32 *658:113 0.00104871
33 *658:109 0.000740829
34 *658:108 0.000740829
35 *658:104 0.000963414
36 *658:103 0.000963414
37 *658:99 4.38849e-05
38 *658:98 4.38849e-05
39 *658:94 0.000964048
40 *658:93 0.000964048
41 *658:89 4.8402e-05
42 *658:88 4.8402e-05
43 *658:84 0.00080087
44 *658:83 0.00080087
45 *658:79 5.96958e-05
46 *658:78 5.96958e-05
47 *658:74 0.00080087
48 *658:73 0.00080087
49 *658:69 0.000550953
50 *658:68 0.000550953
51 *658:64 0.000160358
52 *658:59 0
53 *658:52 0.000337349
54 *658:51 0.00017699
55 *658:47 0.000550953
56 *658:46 0.000550953
57 *658:42 0.000183972
58 *658:37 0
59 *658:30 0.000402128
60 *658:29 0.000218156
61 *658:25 0.000822823
62 *658:24 0.000822823
63 *658:20 0.00019518
64 *658:15 0
65 *658:8 0.000424591
66 *658:7 0.000229411
67 *658:3 0.000550953
68 *658:2 0.000550953
69 *658:25 *659:179 0.000576355
70 *658:25 *659:184 0.000151769
71 *658:74 *659:104 0.000200075
72 *658:94 *659:84 0.000198184
73 *658:94 *659:104 0.000954631
74 *658:104 *659:114 0.000199198
75 *658:104 *659:134 0.000959347
76 *658:109 *659:47 0.000576355
77 *658:124 *659:174 0.000394299
78 *658:144 *659:154 0.000195829
79 *658:144 *659:174 0.000956156
80 *658:154 *659:184 0.000203104
81 *658:174 *659:164 0.000404463
82 *658:174 *659:184 0.00101688
*RES
1 *658:2 *658:3 0.238632 
2 *658:7 *658:8 0.0477264 
3 *658:8 *658:15 0.00181331 
4 *658:8 *658:20 0.0484606 
5 *658:24 *658:25 0.238632 
6 *658:29 *658:30 0.0471757 
7 *658:30 *658:37 0.00181331 
8 *658:30 *658:42 0.0490113 
9 *658:46 *658:47 0.238632 
10 *658:51 *658:52 0.0490113 
11 *658:52 *658:59 0.00194301 
12 *658:52 *658:64 0.0446058 
13 *658:68 *658:69 0.238632 
14 *658:73 *658:74 2.19195 
15 *658:78 *658:79 0.12439 
16 *658:83 *658:84 2.19195 
17 *658:88 *658:89 0.100856 
18 *658:93 *658:94 4.94858 
19 *658:98 *658:99 0.167946 
20 *658:103 *658:104 4.94858 
21 *658:108 *658:109 2.83513 
22 *658:113 *658:114 2.18522 
23 *658:118 *658:119 0.0857279 
24 *658:123 *658:124 2.18522 
25 *658:128 *658:129 0.109261 
26 *658:133 *658:134 5.05833 
27 *658:138 *658:139 0.109747 
28 *658:143 *658:144 5.05833 
29 *658:148 *658:149 2.97979 
30 *658:153 *658:154 2.18522 
31 *658:158 *658:159 0.0890898 
32 *658:163 *658:164 2.18522 
33 *658:168 *658:169 0.105899 
34 *658:173 *658:174 5.05833 
35 *658:178 *658:179 0.114735 
36 *658:183 *658:184 5.05833 
37 *658:188 *658:189 2.9748 
*END

*D_NET *659 0.0436336
*CONN
*CAP
1 *659:189 7.95142e-05
2 *659:188 7.95142e-05
3 *659:184 0.00098056
4 *659:183 0.00098056
5 *659:179 0.000727794
6 *659:178 0.000727794
7 *659:174 0.000988321
8 *659:173 0.000988321
9 *659:169 4.27551e-05
10 *659:168 4.27551e-05
11 *659:164 0.000796571
12 *659:163 0.000796571
13 *659:159 4.8402e-05
14 *659:158 4.8402e-05
15 *659:154 0.00104629
16 *659:153 0.00104629
17 *659:149 4.77954e-05
18 *659:148 4.77954e-05
19 *659:144 0.00129308
20 *659:143 0.00129308
21 *659:139 0.000738222
22 *659:138 0.000738222
23 *659:134 0.000963414
24 *659:133 0.000963414
25 *659:129 4.75953e-05
26 *659:128 4.75953e-05
27 *659:124 0.00105113
28 *659:123 0.00105113
29 *659:119 6.21159e-05
30 *659:118 6.21159e-05
31 *659:114 0.00105113
32 *659:113 0.00105113
33 *659:109 4.95335e-05
34 *659:108 4.95335e-05
35 *659:104 0.000964048
36 *659:103 0.000964048
37 *659:99 0.000730836
38 *659:98 0.000730836
39 *659:94 0.00129308
40 *659:93 0.00129308
41 *659:89 4.8402e-05
42 *659:88 4.8402e-05
43 *659:84 0.000800256
44 *659:83 0.000800256
45 *659:79 5.08221e-05
46 *659:78 5.08221e-05
47 *659:74 0.00105113
48 *659:73 0.00105113
49 *659:69 0.000586472
50 *659:68 0.000586472
51 *659:64 0.000142385
52 *659:59 0
53 *659:52 0.000271459
54 *659:51 0.000129074
55 *659:47 0.000483143
56 *659:46 0.000483143
57 *659:42 0.000175703
58 *659:37 0
59 *659:30 0.000339018
60 *659:29 0.000163315
61 *659:25 0.000632495
62 *659:24 0.000632495
63 *659:20 0.000241247
64 *659:15 0
65 *659:8 0.000484122
66 *659:7 0.000242874
67 *659:3 0.000573949
68 *659:2 0.000573949
69 *658:25 *659:179 0.000576355
70 *658:25 *659:184 0.000151769
71 *658:74 *659:104 0.000200075
72 *658:94 *659:84 0.000198184
73 *658:94 *659:104 0.000954631
74 *658:104 *659:114 0.000199198
75 *658:104 *659:134 0.000959347
76 *658:109 *659:47 0.000576355
77 *658:124 *659:174 0.000394299
78 *658:144 *659:154 0.000195829
79 *658:144 *659:174 0.000956156
80 *658:154 *659:184 0.000203104
81 *658:174 *659:164 0.000404463
82 *658:174 *659:184 0.00101688
*RES
1 *659:2 *659:3 0.238632 
2 *659:7 *659:8 0.0488278 
3 *659:8 *659:15 0.00181331 
4 *659:8 *659:20 0.0473593 
5 *659:24 *659:25 0.238632 
6 *659:29 *659:30 0.0480935 
7 *659:30 *659:37 0.00194301 
8 *659:30 *659:42 0.0449729 
9 *659:46 *659:47 0.238632 
10 *659:51 *659:52 0.0473593 
11 *659:52 *659:59 0.00181331 
12 *659:52 *659:64 0.0480935 
13 *659:68 *659:69 0.238632 
14 *659:73 *659:74 2.19026 
15 *659:78 *659:79 0.105899 
16 *659:83 *659:84 2.19026 
17 *659:88 *659:89 0.100856 
18 *659:93 *659:94 4.94858 
19 *659:98 *659:99 2.79688 
20 *659:103 *659:104 4.94858 
21 *659:108 *659:109 0.189563 
22 *659:113 *659:114 2.19026 
23 *659:118 *659:119 0.129432 
24 *659:123 *659:124 2.19026 
25 *659:128 *659:129 0.0991755 
26 *659:133 *659:134 4.94858 
27 *659:138 *659:139 2.82515 
28 *659:143 *659:144 4.94858 
29 *659:148 *659:149 0.182911 
30 *659:153 *659:154 2.18018 
31 *659:158 *659:159 0.100856 
32 *659:163 *659:164 2.18018 
33 *659:168 *659:169 0.0890898 
34 *659:173 *659:174 5.05833 
35 *659:178 *659:179 2.78524 
36 *659:183 *659:184 5.05833 
37 *659:188 *659:189 0.304298 
*END